LOG Sustainer Maj. Gen. Yves J. Fontaine - KMI Media Group
LOG Sustainer Maj. Gen. Yves J. Fontaine - KMI Media Group
LOG Sustainer Maj. Gen. Yves J. Fontaine - KMI Media Group
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The Publication of Record for the Military Logistics Community<br />
<strong>LOG</strong><br />
<strong>Sustainer</strong><br />
<strong>Maj</strong>. <strong>Gen</strong>.<br />
<strong>Yves</strong> J.<br />
<strong>Fontaine</strong><br />
Commanding<br />
<strong>Gen</strong>eral<br />
U.S. Army<br />
Sustainment<br />
Command<br />
PRSRT STD<br />
U.S. POSTAGE<br />
PAID<br />
Merrifield, VA<br />
PERMIT # 620<br />
Containers and Cases O Fuel Services<br />
Forward Logistics O Rock Island Arsenal O Greening the DoD<br />
OklAhOMA cITy AIR<br />
lOGISTIcS cEnTER<br />
Special pull-out Supplement<br />
www.MLF-kmi.com<br />
May 2011<br />
Volume 5, Issue 4<br />
Interview with:<br />
<strong>Maj</strong>. <strong>Gen</strong>. P. DaviD<br />
Gillett jr.<br />
Commander<br />
Oklahoma City Air Logistics Center
www.jlg.com<br />
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For effi ciency. For productivity. For an extensive line of aerial lifts, telehandlers and<br />
specialty equipment, look to JLG to take you higher. JLG extends out all over the<br />
globe, so wherever you are, we’ll lift you up – with far-reaching products, service and<br />
support. Take your performance to all new heights. And experience the highest level of<br />
confi dence in getting there. Rely on JLG.
Military logistics ForuM<br />
8<br />
29<br />
Depot Profile: Rock Island Arsenal<br />
the rock island arsenal joint Manufacturing and technology Center is<br />
designed to meet the needs of the joint warfighter. this state of the art,<br />
vertically integrated metal manufacturing facility is truly a one-of-a-kind in<br />
the DoD. its mission is to support the nation with world-class manufactured<br />
products, services and logistics.<br />
By rhys Fullerlove<br />
Pushing Logistics Forward<br />
Keeping equipment far forward for maintenance and repair keeps it closer<br />
to the fight. Forward logistics is the toughest part of the supply chain, and<br />
without it all of the high-tech systems and massive warehouses in the rear<br />
are useless.<br />
By Henry Canaday<br />
May 2011<br />
VoluMe 5 • issue 4<br />
Features coVer / Q&a<br />
14<br />
26<br />
32<br />
1<br />
7<br />
10<br />
Pack it Up!<br />
From large containers to the smallest of protective cases, the military<br />
moves its supplies in these boxes. Purpose-built in shape, size and design,<br />
manufacturers are making sure that everything arrives in the same<br />
condition as when it was packed—regardless of distance or conditions.<br />
By Peter Buxbaum<br />
Fueling the Warfighter<br />
the need to fuel the military’s appetite for fuels and oils is seemingly<br />
unending—but the chain is never broken. Meeting the fuel requirements of<br />
DoD is a great challenge, and one that is accomplished through the hard<br />
work of many agencies, companies and individuals.<br />
By Kelly Fodel<br />
Going Green<br />
Defending the nation today means planning on being good stewards of<br />
tomorrow. the 21st century may well be described as the green millennium,<br />
as the push for environmentally-responsible policies and products permeates<br />
the civilian and military worlds.<br />
By Maura McCarthy<br />
www.MlF-kMi.coM<br />
OKlaHOMa City air lOGiStiCS Center<br />
SPeCial PUll-OUt SUPPleMent<br />
Featuring an exclusive interview with<br />
<strong>Maj</strong>. <strong>Gen</strong>. David P. Gillett Jr.<br />
Commander<br />
OC-alC<br />
Delivering Excellence<br />
the parts of the alC that make up the whole.<br />
Championing Small Business<br />
Doing business with the Oklahoma City air logistics Center.<br />
By Kelly Fodel<br />
21<br />
<strong>Maj</strong>or <strong>Gen</strong>eral <strong>Yves</strong> J. <strong>Fontaine</strong><br />
Commanding <strong>Gen</strong>eral<br />
U.S. army Sustainment Command<br />
DepartMents<br />
2<br />
4<br />
6<br />
18<br />
35<br />
Editor’s Perspective<br />
Log Leadership Lessons<br />
Log Ops/People<br />
Supply Chain<br />
Calendar, Directory<br />
inDustry interView<br />
36<br />
Harinder Grewal<br />
Senior vice President<br />
Government & Military<br />
Standardaero
Military logistics<br />
ForuM<br />
VoluMe 5, issue 4 May 2011<br />
Publication of Record for the<br />
Military Logistics Community<br />
eDitorial<br />
Editor<br />
Jeff McKaughan jeffm@kmimediagroup.com<br />
Managing Editor<br />
Harrison Donnelly harrisond@kmimediagroup.com<br />
Online Editorial Manager<br />
Laura Davis laurad@kmimediagroup.com<br />
Copy Editor<br />
Kat Saunders kats@kmimediagroup.com<br />
Correspondents<br />
Peter Buxbaum • Henry Canaday • Kelly Fodel<br />
Steve Goodman • Kenya McCullum • Cheryl Gerber<br />
art & Design<br />
Art Director<br />
Anna Druzcz anna@kmimediagroup.com<br />
Senior Designer<br />
Jittima Saiwongnuan jittimas@kmimediagroup.com<br />
Graphic Designers<br />
Scott Morris scottm@kmimediagroup.com<br />
Jennifer Owers jennifero@kmimediagroup.com<br />
Eden Papineau edenp@kmimediagroup.com<br />
Kailey Waring kaileyw@kmimediagroup.com<br />
aDVertising<br />
Associate Publisher<br />
Jane Engel jane@kmimediagroup.com<br />
kMi MeDia group<br />
Publisher<br />
Kirk Brown kirkb@kmimediagroup.com<br />
Chief Executive Officer<br />
Jack Kerrigan jack@kmimediagroup.com<br />
Chief Financial Officer<br />
Constance Kerrigan connik@kmimediagroup.com<br />
Executive Vice President<br />
David Leaf davidl@kmimediagroup.com<br />
Editor-In-Chief<br />
Jeff McKaughan jeffm@kmimediagroup.com<br />
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a prouD<br />
MeMber oF:<br />
subscription inForMation<br />
Military Logistics Forum<br />
ISSN 1937-9315<br />
is published 10 times a year by <strong>KMI</strong> <strong>Media</strong> <strong>Group</strong>.<br />
All Rights Reserved. Reproduction without permission is<br />
strictly forbidden. © Copyright 2011.<br />
Military Logistics Forum is free to members of the<br />
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A testament to the progress of asset management and of the diligence<br />
to learn lessons from past situations, the movement of supplies<br />
and equipment from Iraq has seen little of the iron mountain syndrome<br />
from the last go-around. A recent DoD inspector general’s report on the<br />
consistent use of supply support activities in Iraq found a system—while<br />
perhaps still in need of improvement—that was effectively managing<br />
the disposition process from theater.<br />
According to DoD information, there were roughly 1.2 million pieces<br />
of non-rolling stock in Iraq in December 2010. To avoid past mistakes,<br />
when equipment is due to ship, how it will ship and where it is going<br />
needs to be known before the movement begins, and tracking along the<br />
Jeffrey D. McKaughan<br />
Editor-iN-CHiEF<br />
way ensures an even flow. Not easy in any conditions, but harder still in a semi-combat environment.<br />
Not surprising was the major recommendation that U.S. Central Command develop procedures<br />
requiring that all radio frequency identification tags contain the appropriate data. More important is<br />
the recommendation that metrics be developed to track compliance with the procedures. Of the two<br />
recommendations from the report, the deputy, U.S. Forces-Iraq, Joint Logistics Directorate, partially<br />
agreed and suggested a restating of the recommendation and the establishment of specific authorization<br />
procedures. To the second recommendation, the commander, U.S. Army Central agreed with the<br />
recommendation as presented. If you would like a complete copy of the report, send me an email and<br />
I will forward a PDF to you.<br />
Like getting bonus items with your subscription? If so, then the June issue of Military Logistics<br />
Forum will be right up your alley. To commemorate the Defense Logistics Agency’s 50th Anniversary,<br />
we have produced a beautiful and cleverly done historical timeline of DLA’s history from 1961 to<br />
today. This collector’s piece will be designed as a pull-out in the magazine and will be available to all<br />
subscribers and to attendees at the DLA Supplier Conference in Columbus, Ohio.<br />
As always, please feel free to contact me with any questions or comments regarding Military<br />
Logistics Forum.<br />
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Mastering complexity in defense logistics<br />
The Deloitte difference<br />
To realize significant logistics improvements, the Department of Defense requires<br />
a transformational approach guided by a truly holistic plan; a highly effective,<br />
executable, and scalable transformation methodology; an operational understanding<br />
of specific supply chain performance drivers; and a team with the necessary skills to<br />
overcome impediments to change. Deloitte has demonstrated its ability to deliver<br />
these capabilities to large, complex global commercial firms every day. With global<br />
reach-back capabilities and 20+ years of defense experience, we are positioned to<br />
deliver executable solutions tailored to our clients’ challenging environment.<br />
www.deloitte.com/us/federal<br />
As used in this document, “Deloitte” means Deloitte Consulting LLP, a subsidiary of Deloitte LLP. Please see<br />
www.deloitte.com/us/about for a detailed description of the legal structure of Deloitte LLP and its subsidiaries.<br />
Certain services may not be available to attest clients under the rules and regulations of public accounting.<br />
Copyright © 2011 Deloitte Development LLC. All rights reserved.<br />
Member of Deloitte Touche Tohmatsu Limited
By Lieutenant <strong>Gen</strong>eral Robert T. Dail (Ret.)<br />
Lieutenant <strong>Gen</strong>eral<br />
Robert T. Dail (Ret.)<br />
As a new commander of the Support Command in the 82d Airborne<br />
Division in the mid-1990s, I noticed that whenever I held a meeting regarding<br />
any facet of materiel readiness of the All American Division, large numbers<br />
of persons would attend. These meeting rooms were filled with subordinates<br />
and supported unit logistics professionals. I realized that these were the same<br />
people that were supposed to be taking time and effort to properly support the<br />
division’s great maneuver units. Moreover, much of the information that we<br />
covered in those early meetings contained information that most in the room<br />
either already knew, or were performing to satisfactory levels. We were not<br />
covering the areas that needed major review or key decisions. The key subordinates<br />
who were sitting there with me in these meetings were not covering<br />
the desired outcomes that merited our discussion. Over the next several<br />
months, we changed the protocols in the division’s logistics community to<br />
better focus key leaders on key information. What we learned together over<br />
those months was that scarcity has value—an economic principle (supply<br />
and demand) with great application to managing people and information.<br />
People have always been the greatest asset of any organization—civilian<br />
or military. They are the very purpose of our leadership; the key to victory and<br />
mission accomplishment. We spend much time on recruiting, training and<br />
developing our people in organizations. So, it goes without saying, we should<br />
manage them as extremely valuable. Back in the 82d Airborne, our challenge<br />
was to begin managing our All Americans to exploit their potential and ensure<br />
logistics success. We had to make changes to achieve this end.<br />
We first had to determine where the key subordinates could maximize<br />
their time. The focus was to align their time primarily with the external war<br />
fighting client—not primarily aligned to my time requirements. For instance,<br />
we attempted to reduce the administrative requirements of read-aheads and<br />
rehearsals for meetings that caused far too much time away from primary<br />
duties in order to ensure that I was to receive a more perfect brief. Further,<br />
we attempted to reduce the number of large gatherings and meetings/reviews<br />
oriented to updating the senior commander. We began to organize performance<br />
reviews by exception, which actually improved overall performance<br />
across the division.<br />
In addition to the effective management of people and key leaders, we<br />
learned the importance of scarcity has value in the management of information.<br />
Back in the 82d we learned two important lessons: First, that we spent<br />
4 | MLF 5.4<br />
Lieutenant <strong>Gen</strong>eral Robert T. Dail, USA, retired from the Army in 2008 after 33 years of<br />
service culminating in his assignment as deputy commander, USTRANSCOM and director,<br />
Defense Logistics Agency. He now serves as president, Supreme (USA) LLC; is a member of the<br />
board of trustees, LMI Government Consulting; and serves as an advisor to ADS Technologies.<br />
Scarcity Has Value<br />
too much time meeting and reviewing (and ultimately discussing) information<br />
that most everyone already knew and on performance data with which<br />
most attendees had already complied; and secondly, we learned that we were<br />
not spending the requisite time on the solutions to the logistics challenges<br />
we faced (decisions regarding task organization, resources, and training<br />
requirements). Again, the focus was on getting the right subordinates to the<br />
right meeting around the right information required to make desired changes<br />
in performance.<br />
In the 15 years since I departed brigade level command, technology has<br />
increased and improved the effectiveness of individuals tremendously. The<br />
technical output and contribution of smaller and smaller numbers of key<br />
subordinates and teams has increased dramatically. The value and power of<br />
individual subordinates continues to be underscored. The military professionals<br />
of today, and the civilians who support it, are networked with others<br />
across great distances and multiple levels of capabilities to achieve their<br />
logistics mission. These professionals will comprise smaller and smaller sized<br />
staffs—each individual’s value to the whole mission continues to increase.<br />
The challenge to effectively manage key subordinate time and information<br />
requirements to focus on desired outcomes is greater than ever. The requirement<br />
for senior logistics leaders to provide clear intent and to manage ever<br />
more capable subordinates is as great as it has ever been in our military<br />
history.<br />
Since those days in Division Support Command, I have used this<br />
phrase—scarcity has value—often in the organizations that I led, even after<br />
retirement from active duty. There are certainly many more applications<br />
of the principle in large organizations—too many to cover in this short<br />
column. However, the application of this principle, especially in the management<br />
of key leaders, to shape the expectation of subordinates regarding the<br />
commitment of their time and effort, and in the handling and management<br />
of information, cannot be more central to logistics success. I found at every<br />
level and in every organization that subordinates soon informally adopted<br />
this concept. Subsequently, this led to the development of great teams in<br />
both civilian and military organizations. The war fighting client and the U.S.<br />
taxpayer was the beneficiary.<br />
robert.dail@supreme-group.net<br />
www.MLF-kmi.com
STRATEGY & ORGANIZATION | TECHNO<strong>LOG</strong>Y | ENGINEERING & OPERATIONS | ANALYTICS<br />
Creating new capabilities.<br />
Sustaining readiness.<br />
Shaping the future.<br />
Ready for what’s next. In today’s complex and global operational environment, the US<br />
Army must constantly prepare for its future. Leaders balance people, programs, and budgets to meet<br />
today’s demands and tomorrow’s requirements for full spectrum maintenance, supply, and transportation<br />
operations. Booz Allen Hamilton is helping the Army logistics community create innovative strategies and<br />
solutions for overcoming emerging challenges and budget uncertainty. Our experienced people provide<br />
modern capabilities to solve complex problems the materiel enterprise faces. Whether you’re managing<br />
today’s issues or looking beyond the horizon, count on us to help you be ready for what’s next.<br />
Ready for what’s next. www.boozallen.com/defense<br />
Use of the Department of Defense image does not constitute or imply endorsement.
Oshkosh Defense, a division of<br />
Oshkosh Corporation, will deliver<br />
more than 270 heavy equipment<br />
transporters (HET) A1 vehicles<br />
following a delivery order from<br />
the U.S. Army TACOM Life Cycle<br />
Management Command (LCMC).<br />
The Oshkosh heavy equipment<br />
transporter is designed to rapidly<br />
transport battle tanks, fighting and<br />
recovery vehicles, armored vehicles<br />
people<br />
Navy Rear Admiral<br />
(lower half) Thomas C.<br />
Traaen has been nominated<br />
for appointment to<br />
the rank of rear admiral.<br />
Traaen is currently serving<br />
as commander, Defense<br />
Distribution Center, Defense<br />
Logistics Agency, New<br />
Cumberland, Pa.<br />
<strong>Maj</strong>or <strong>Gen</strong>eral Patricia E.<br />
McQuistion, commanding<br />
general, 21st Theater<br />
Sustainment Command,<br />
U.S. Army Europe and<br />
Seventh Army, Germany,<br />
has been assigned to<br />
commanding general,<br />
U.S. Army Sustainment<br />
Command, Rock Island, Ill.<br />
Brigadier <strong>Gen</strong>eral<br />
Edward F. Dorman III,<br />
commanding general/<br />
commandant, U.S. Army<br />
Transportation School, Fort<br />
Lee, Va., has been assigned<br />
to deputy chief of staff,<br />
logistics, C/J-4, International<br />
Security Assistance Force,<br />
Operation Enduring<br />
Freedom, Afghanistan.<br />
6 | MLF 5.4<br />
Brigadier <strong>Gen</strong>eral<br />
Stephen R. Lyons, deputy<br />
chief of staff, logistics, C/J-4,<br />
International Security<br />
Assistance Force, Operation<br />
Enduring Freedom,<br />
Afghanistan, has been<br />
assigned to director for<br />
operations and logistics<br />
readiness, Office of the<br />
Deputy Chief of Staff, G-4,<br />
U.S. Army, Washington, D.C.<br />
Brig. <strong>Gen</strong>.<br />
Aundre F. Piggee<br />
Brigadier <strong>Gen</strong>eral<br />
Aundre F. Piggee, deputy<br />
assistant chief of staff,<br />
C-4/J-4, U.N. Command/<br />
Combined Forces<br />
Command/U.S. Forces<br />
Korea/deputy commanding<br />
general (Support), Eighth<br />
U.S. Army, Korea, has been<br />
assigned to commanding<br />
general, 21st Theater<br />
Sustainment Command,<br />
HET Delivery Order<br />
and construction equipment, as<br />
well as their crews, so they arrive<br />
in mission-ready condition. The<br />
latest Oshkosh HET A1 configuration<br />
includes increased protection, horsepower,<br />
higher capacity front suspension,<br />
standard air conditioning,<br />
electrical upgrades and improved<br />
diagnostics.<br />
“The first HET A1 rolled off our<br />
lines last December,” said Mike Ivy,<br />
U.S. Army Europe and<br />
Seventh Army, Germany.<br />
<strong>Maj</strong>or <strong>Gen</strong>eral Wendy M.<br />
Masiello, program executive<br />
officer for combat and<br />
mission support, Office of<br />
the Assistant Secretary of<br />
the Air Force for Acquisition,<br />
Washington, D.C., has been<br />
assigned to deputy assistant<br />
secretary for contracting,<br />
Office of the Assistant<br />
Secretary of the Air Force for<br />
Acquisition, Washington, D.C.<br />
Brigadier <strong>Gen</strong>eral Mark<br />
C. Dillon, commander,<br />
86th Airlift Wing, U.S. Air<br />
Forces in Europe, Ramstein<br />
Air Base, Germany, has<br />
been assigned to director,<br />
regional affairs, Office<br />
of the Deputy Under<br />
Secretary of the Air Force,<br />
International Affairs,<br />
Headquarters U.S. Air Force,<br />
Washington, D.C.<br />
Colonel Charles K. Hyde,<br />
who has been selected<br />
for the rank of brigadier<br />
general, deputy director<br />
vice president and general manager<br />
of Army programs for Oshkosh<br />
Defense. “We worked closely with the<br />
Army on these improvements to the<br />
HET to provide increased mobility,<br />
ride quality and reduce maintenance<br />
and repair costs, and we’re pleased to<br />
get this newest configuration out to<br />
soldiers in the field.”<br />
HET A1 trucks are often paired<br />
with the M1000 heavy-duty trailer<br />
of intelligence, operations<br />
and nuclear integration,<br />
Headquarters Air Education<br />
and Training Command,<br />
Randolph Air Force Base-<br />
Joint Base San Antonio,<br />
Texas, has been assigned<br />
to commander, 86th Airlift<br />
Wing, U.S. Air Forces in<br />
Europe, Ramstein Air Base,<br />
Germany.<br />
Brigadier <strong>Gen</strong>eral<br />
Thomas A. Harvey,<br />
commanding general, 19th<br />
Sustainment Command<br />
(Expeditionary), Eighth U.S.<br />
Army, has been assigned<br />
to deputy commanding<br />
general, U.S. Army<br />
Sustainment Command,<br />
Rock Island, Ill.<br />
Navy Captain John G.<br />
King has been nominated<br />
for appointment to the<br />
rank of rear admiral<br />
(lower half). King is<br />
currently serving as deputy<br />
commander, fleet logistics<br />
operations, N4, Navy<br />
Supply Systems Command,<br />
Mechanicsburg, Pa.<br />
Compiled by <strong>KMI</strong> <strong>Media</strong> <strong>Group</strong> staff<br />
to haul the M1A1/M1A2 (Abrams)<br />
tank. The HET is a part of the<br />
Army’s family of heavy tactical vehicles,<br />
produced by Oshkosh Defense,<br />
which also includes the heavy<br />
expanded mobility tactical truck<br />
and the Palletized Load System.<br />
Vehicle production and delivery<br />
is scheduled to be completed in<br />
September 2012. The order is valued<br />
at more than $119 million.<br />
Pelican Products has<br />
promoted Chris Zawacki<br />
to the position of senior<br />
director of worldwide<br />
advanced case solutions.<br />
He will be charged with<br />
revolutionizing the brand<br />
and maximizing the<br />
company’s competitive<br />
advantage.<br />
The U.S. Small Business<br />
Administration South<br />
Florida District Office<br />
has selected Mark<br />
Allen Llano, president<br />
and CEO of Source One<br />
Distributors Inc., as the<br />
2011 District, State of<br />
Florida and Region IV<br />
Veteran Small Business<br />
Champion of the Year.<br />
Llano was selected from a<br />
competitive field of veteran<br />
entrepreneurs from<br />
Alabama, Florida, Georgia,<br />
Kentucky, Mississippi,<br />
North Carolina, South<br />
Carolina and Tennessee<br />
for his personal efforts<br />
and achievements in advocating<br />
for and advancing<br />
business ownership opportunities<br />
among veterans.<br />
www.MLF-kmi.com
INNOVATIVE SHELTER & STORAGE SOLUTIONS<br />
FOR THE MILITARY’S RAPID DEPLOYMENT REQUIREMENTS<br />
SERVING THE MILITARY FOR 28 YEARS<br />
MOBILE MACHINE SHOP<br />
WEAPONS REAPAIR SHOP<br />
TRICON CONTAINERS<br />
ISO 20’ REFRIGERATED TRICON REFRIGERATED<br />
(TRCS)<br />
MOBILE MACHINE<br />
SHOP<br />
WEAPONS<br />
REPAIR SHOP<br />
TRICON<br />
CONTAINERS<br />
REFRIGERATED<br />
SYSTEMS<br />
The MOBILE MACHINE SHOP (above) and WEAPONS REPAIR<br />
SHOP (below) are shelter mounted machining sets used for<br />
the maintenance of wheeled and tracked military combat<br />
engineer equipment, as well as fabrication of new<br />
components<br />
The tools and equipment for both shelters are placed in<br />
rugged storage media integrated with a transportable<br />
and readily deployable tactical shelter<br />
The TRICON Containers was developed as mobile tool<br />
shelters to support combat engineer equipment. They are<br />
designed to be deployed alongside the Weapons Repair<br />
Shop and Mobile Machine Shop shelters<br />
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(TRCS) are ISO refrigerated containers used to store food,<br />
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Nestled on an island in the middle of the Mississippi River lies<br />
a manufacturing facility that many people don’t know about, but<br />
its impact on solider readiness has been at the forefront of every<br />
battle since the Spanish American War. From making meat cans<br />
and horse tack at its inception to producing recoil mechanisms<br />
and advanced armor solutions today, this arsenal has answered its<br />
call to duty for nearly 150 years.<br />
The Rock Island Arsenal Joint Manufacturing and Technology<br />
Center (RIA-JMTC) is designed to meet the needs of the joint<br />
warfighter. This state of the art, vertically integrated metal<br />
manufacturing facility is truly a one-of-a-kind in the Department<br />
of Defense. Its mission is to support the nation with world-class<br />
manufactured products, services and logistics.<br />
“When a soldier, sailor, airman or Marine needs a rapid<br />
response for warfighter requirements, we can be their one-stop<br />
shop,” said Colonel James O. Fly, 46th commander of the Rock<br />
Island Arsenal Joint Manufacturing and Technology Center. “By<br />
being vertically integrated and housing more than 16 different<br />
sub-factories within our footprint, we can take raw material in one<br />
side of the factory and have a finished product come out the other<br />
side. There is truly no government-owned place like RIA-JMTC.”<br />
RIA-JMTC covers 28 buildings and more than 3 million square<br />
feet of manufacturing and warehouse space with more than 1,000<br />
machining centers. Three-shift operations are manned by more<br />
than 1,700 employees and nearly 50 percent of the employees are<br />
veterans.<br />
The arsenal’s mission has evolved over the last 150 years, even<br />
more so over the last 50. Even though the some of the product mix<br />
has changed, its purpose remains the same: to support Army readi-<br />
8 | MLF 5.4<br />
ness in times of peace and war and support the mobilization of the<br />
industrial base in the event of a national emergency caused by war.<br />
“We have evolved through the different conflicts America has<br />
had to face. For the longest time, RIA was looked at to be an artillery<br />
expert,” Fly said. “Our brightest minds have had a hand in<br />
every howitzer produced except for the most recent M777. Today<br />
we have four diverse product lines. Artillery is still a key component<br />
of our portfolio, but it joins other critical items needed for<br />
the warfighter.”<br />
Rock Island breaks their products into four main areas: small<br />
arms repair parts, armor, artillery and mobile maintenance. All of<br />
these product lines play an intrical role on the battlefield and the<br />
artisans at RIA-JMTC know it.<br />
“We are proud of the work we do,” said Chester Fritch, a small<br />
arms supervisor. “Many of us have grown up with our fathers,<br />
mothers and grandparents who have worked here for years and we<br />
feel honored that we can continue the tradition of providing world<br />
class products to those who are fighting for our way of life. Those<br />
at the tip of spear, in the fight, give us their best so it is up to us<br />
to give them our best.”<br />
The arsenal has long played a role in small arms weapons and<br />
repair parts, but was side-lined for about 20 years starting in the<br />
mid-1980s. In 2010, RIA-JMTC re-entered into the small arms<br />
parts business by opening the brand new, state-of-the-art Soldier<br />
Weapons Readiness Center (SWRC).<br />
“We have created a space which allows us to take raw material<br />
in the door and take packaged product out the door,” said Paul<br />
Briggs, general manager for the SWRC. “The efficiencies are plentiful<br />
and we are expecting nothing but high quality performance<br />
www.MLF-kmi.com
and decreasing turnaround times to meet<br />
the urgent warfighter needs.”<br />
Built upon Lean manufacturing<br />
principles and the latest machine tool<br />
technology, the SWRC was built for agility.<br />
Their mettle was tested when the SWRC was<br />
tasked to provide 1,000 firing pins to the<br />
warfighter in just 32 days. They answered<br />
the call.<br />
“Thirty-two days from the Weapons<br />
Product Support Integration Directorate<br />
identifying a critical requirement to RIA-<br />
JMTC providing issuable product is outstanding,”<br />
said Jerry Jackson, site manager<br />
for TACOM LCMC Rock Island. “I am not<br />
aware of any commercial solution that could<br />
have provided this type of response.”<br />
Armor production is another area that<br />
RIA-JMTC has answered the call in the<br />
middle of the night. Since the start of Operation<br />
Iraqi Freedom and Operation Enduring<br />
Freedom in 2003, the arsenal has produced<br />
50 percent of all armor solutions for tactical<br />
wheeled vehicles.<br />
At the start of the 2004, the armor team<br />
increased production of HMMWV armor<br />
doors by leveraging businesses within the local community. By<br />
utilizing available capacity in the area, they were able to increase<br />
output from 100 to 225 kits a week. This allowed them to provide<br />
protection to soldiers two months ahead of schedule.<br />
In 2006, the Army needed a quick stop gap solution to an<br />
increasing enemy insurgence. In a six-month time frame, the<br />
armor team produced more than 6,000 interim FRAG 5 kits. After<br />
the FRAG 5 kit ramped down, the team focused their attention on<br />
objective-gunner’s protection kit (O-GPK) production. In a two<br />
year time period, RIA-JMTC produced more than 18,000 O-GPK<br />
kits for a variety of vehicles.<br />
Not only has RIA-JMTC produced armor to protect America’s<br />
servicemen, they have been working with the Army’s greatest<br />
minds to make it better. Members of the arsenal’s science and<br />
engineering team have been instrumental in designing multiple<br />
fragmentation kits for HMMWVs as well as designing input on the<br />
O-GPK kit.<br />
“I feel personal satisfaction that our efforts have saved people’s<br />
lives,” said Dr. Albert Yao, lead mechanical engineer at RIA-JMTC<br />
and Samuel L. Sharpe award recipient. “Especially in our community,<br />
there are so many families that have a son or daughter<br />
serving their country right now.”<br />
Artillery is probably what RIA-JMTC is best known for. Almost<br />
every howitzer in the Army inventory has a recoil system that was<br />
produced and designed at the Rock Island Arsenal. Today, the artillery<br />
team is a multidisciplinary group of employees responsible<br />
for every phase of development, production and delivery of several<br />
artillery products, spare parts and repair items. These include the<br />
M119A2 towed howitzer, XM 360 gun mount, and spare parts for<br />
the M102, M109 and M198. All of these programs have had continued<br />
success and significant accomplishments.<br />
The team continues to make great advancements in the production<br />
and quality of the M119A2. To date, they have had more<br />
10 | MLF 5.4<br />
The Rock Island Arsenal has capability to weld aluminum, stainless steel, a variety of carbon steels and titanium. Pictured is a welder<br />
who is dedicated to operations for the M119A2 howitzer trail assembly processes are stainless steel welding operations. The trail tubes<br />
come in as two pieces and they go through our series of fixtures in this cell, ending in a fully welded assembly. All welds are required<br />
to have 100 percent penetration, and have X-ray inspection by our NDT technicians. [Photo courtesy of U.S. Army]<br />
than 24 consecutive months of on-time delivery for this product.<br />
The weapon has very precise tolerances, many measuring less than<br />
one-thousandth of an inch, and is primarily comprised of British<br />
stainless steel.<br />
“The basis of today’s success lies in the past accomplishments<br />
and hard work of the RIA-JMTC workforce,” said April Badders,<br />
program manager for artillery at RIA-JMTC. “Those before us have<br />
paved the way for our accomplishments. We continue to work hard<br />
and make changes that will hopefully sustain our legacy into the<br />
future.”<br />
In addition, the artillery team continues the sustainment of<br />
the M198 howitzer, M102 lightweight towed howitzer, and the<br />
M256 recoil mechanism for the Abrams tank. They also provide<br />
the sustainment of the M178/182 series gun mounts for the M109<br />
self-propelled medium howitzers throughout the world, supplying<br />
spare parts as needed while specializing in repair and replacement<br />
of the recoil mechanisms.<br />
Mobile maintenance rounds out RIA-JMTC’s product lines.<br />
The mobile maintenance team is composed of several products<br />
to include the forward repair system (FRS), shop equipment<br />
contact maintenance (SECM), Petroleum Quality Analysis System-<br />
Enhanced, Common No. 30, and Common No. 32 (which are<br />
Marine Corp variants of the FRS). All of these products provide a<br />
service station capability that can be taken into the battle space<br />
and keep soldiers in the fight.<br />
This product line and IPT have been the backbone of the 2007<br />
Shingo Public Sector Gold and Silver Medallions for the FRS and<br />
SECM value streams. RIA-JMTC was the Army’s first Gold Medallion<br />
recipient in 2006 and is the only two-time Gold Medallion<br />
recipient in the Army.<br />
In 2009, RIA-JMTC was designated a center of industrial<br />
and technical excellence for mobile maintenance systems by the<br />
Secretary of the Army. This honor was presented to Rock Island<br />
www.MLF-kmi.com
Arsenal due to the total life cycle support demonstrated on the<br />
FRS and SECM. The designation allows RIA-JMTC to enter into<br />
public-private partnerships to perform work that will enhance its<br />
maintenance core competencies.<br />
RIA-JMTC can support all of these diverse product lines by<br />
having a wide array of different manufacturing processes at their<br />
fingertips.<br />
At the heart of RIA-JMTC’s operations is its foundry. They<br />
have the only remaining foundry in the Department of the Army<br />
and are a member of the American Foundry Society. It is capable<br />
of full-scale production with in-house metallurgical support and<br />
pattern making.<br />
In addition to their investment casting capability, the arsenal<br />
is developing a titanium casting capability to complement<br />
their titanium machining and welding experience. The 85-pound<br />
furnace at the arsenal will soon be able to make parts with a net<br />
weight of about 45 pounds.<br />
Joint services item managers seeking innovation in weight<br />
reduction on weapon systems are often finding the answer in<br />
titanium. This capability will provide decision-makers an organic<br />
source for titanium castings.<br />
Rock Island Arsenal has the only forging capability in the U.S.<br />
Army. It has the capability to manufacture forgings from less than<br />
one pound to 500 pounds. This area has drop hammers ranging in<br />
size from 1,000 to 8,000 pounds. The heat treat area provides all<br />
11-0348<br />
thermal processes required in support of the diverse product base.<br />
The weld and fabrication department’s technology spans from<br />
lasers and a robotic welder to water jets and plasma cutters. Weld<br />
and fabrication has worked on a variety of projects, such as the<br />
opposing forces surrogate vehicle turrets and the forward repair<br />
system. All welders are certified as per American Welding Society<br />
standards.<br />
The Arsenal’s computer numerical control (CNC) machining<br />
capabilities are unparalleled. They range from three-axis to seven<br />
axis-machining centers to Swiss lathes. There are over 1,000 CNC<br />
machines working in tolerances equivalent to splitting a human<br />
hair 30 times. Milling, turning, grinding, honing and lapping are<br />
some of the capabilities at their fingertips.<br />
The nondestructive test (NDT) unit evaluates the integrity of<br />
parts to specific accept/reject criteria for discontinuities without<br />
destroying them. Products manufactured at RIA-JMTC are submitted<br />
to NDT early in production. Frequent interaction between NDT<br />
and various other departments ensure that problems are addressed<br />
early in production and corrections are implemented.<br />
The plating department completes all surface finishing needs.<br />
An array of finishes is available and tolerance can be met within<br />
tenths of a thousandth of an inch on items ranging from one inch<br />
to a four-by-five-foot area.<br />
The arsenal’s quality system ensures a philosophy of continuous<br />
process improvement and customer satisfaction resides in<br />
Smart people solving<br />
hard problems<br />
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products and services delivered to the joint warfighter. The implementation<br />
of Lean Six Sigma has made significant improvements<br />
in efficiency and effectiveness of business processes to achieve<br />
process optimization. Fully trained and certified Lean professionals<br />
are imbedded in all of the business units at RIA-JMTC to drive<br />
the Lean philosophy of continuous improvement and elimination<br />
of waste.<br />
Composite manufacturing is the newest capability that is<br />
offered at RIA-JMTC. This is made possible by forming a partnership<br />
with BAE Systems. The two have established a manufacturing<br />
center designed to produce composite armor for a variety of<br />
customers in the public and private sector, including the State<br />
Department. While the agreement ensures the continued availability<br />
of the most advanced composite armor solutions for customers,<br />
the partnership’s most important objective is to provide more<br />
responsive and timely support to our men and women in uniform.<br />
The partnership calls for BAE Systems to provide the technology<br />
and processes to allow the arsenal to produce composite armor<br />
utilized in military ground vehicles, commercial armored vehicles,<br />
soldier protection equipment and other safety and survivability<br />
applications. RIA-JMTC is the manufacturer, providing floor space,<br />
skilled labor and infrastructure, while BAE Systems provides the<br />
technical and management oversight.<br />
“The public-private partnership between RIA-JMTC and BAE<br />
has been an eye-opening and somewhat mindset-altering experi-<br />
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ence here at the Composite Armor Center; two fundamentally<br />
different business models joining respective forces to achieve<br />
the same goal—provide the warfighter, our ultimate customer,<br />
what he needs, when he needs it,” said Peter Fitzgerald, technical<br />
leader for BAE at Rock Island Arsenal Composite Armor Center.<br />
“RIA-JMTC has benefited from the partnership by expanding their<br />
organic capabilities from ‘just’ steel and alloys to lighter weight<br />
composites, and BAE Systems has benefited from the partnership<br />
by expanding our manufacturing capabilities and capacities in a<br />
low-risk manner. A great benefit to both organizations, on at least<br />
a small scale, has been a shift in the philosophy of the business<br />
relationship—from a somewhat typical and adversarial customersupplier<br />
relationship to one that is truly a partnership; working<br />
within our separate agendas or constraints, supporting each<br />
other with that which we are best at, finding common ground in<br />
supporting the warfighter with the required materiel, when it is<br />
required, where it is required, for the best value.”<br />
Another area that makes the RIA-JMTC unique is that no workload<br />
is automatically awarded to the arsenal. There is no mandate<br />
or legislation that sets aside work for the arsenal. Members of RIA-<br />
JMTC’s Global Business Division market the arsenal in a similar<br />
vein as a private business.<br />
“Many people in the acquisition community don’t realize how<br />
easy it is to do business with us,” said Gary Taylor, chief for the<br />
RIA-JMTC Global Business Division. “When working government<br />
to government, a contract solicitation does not have to be done.<br />
If you call us and give us a drawing, we can start work right away<br />
and figure out the money down the road.”<br />
The arsenal strives to find work to keep its skill set sharp and<br />
ready for the next battle.<br />
“To ensure this arsenal is ready to answer the call for the next<br />
150 years, we cannot drastically reduce its workforce in times<br />
of peace and expect to mobilize just in time of a national emergency,”<br />
Fly said. “The skills resident in the workforce of an arsenal<br />
are perishable. The expertise and knowledge that is essential to<br />
put together the industrial processes required to build complex<br />
weapon systems effectively are not easily found when you need<br />
them most, but must be carefully cultivated over time.<br />
“The capabilities that are inherent to this arsenal are what<br />
allow us to be there for the warfighter,” Fly said. “So from the<br />
hands of the arsenal worker at Rock Island to the hands of the<br />
soldier, sailor, airman or Marine in the field, we will stand ready to<br />
provide quality products on budget and on schedule.”<br />
As the arsenal looks to the next 150 years, it has eyed new<br />
material and capabilities as well as forming alliances with those<br />
best in the business.<br />
For the Rock Island Arsenal there is no finish line. Their<br />
evolution and excellence never stops. The men and women of the<br />
arsenal take great pride in their role in the defense of the United<br />
States. For nearly 150 years, RIA-JMTC has answered its nation’s<br />
call to duty. Their team has been and will continue to be ready to<br />
meet the needs of national defense. O<br />
Rhys Fullerlove is with Rock Island Arsenal Public Affairs.<br />
For more information, contact MLF Editor Jeff McKaughan at<br />
jeffm@kmimediagroup.com or search our online archives for related stories at<br />
www.MLF-kmi.com.<br />
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Big containers or small cases work to move supplies<br />
and material from point a to point B.<br />
By peter BuxBaum, mlf correspondent<br />
BuxBaump@kmimediagroup.com<br />
Container shipping has transformed<br />
international trade in the last couple of generations,<br />
by streamlining everything from<br />
the collection of freight to its loading, tracking<br />
and distribution. The same is true of the<br />
transport of military supplies and materiel.<br />
The United States Army alone has<br />
invested in a fleet of over 200,000 owned<br />
and leased shipping containers. The Department<br />
of Defense has acquired technologies<br />
to track these assets and has established<br />
relationships with ocean carriers to transport<br />
military cargo globally, including, of<br />
course, to the areas of current activity in<br />
Afghanistan and Iraq.<br />
The Army’s Surface Deployment and<br />
Distribution Command (SDDC) is DoD’s<br />
container management focal point. Within<br />
the SDDC, the Army Intermodal and Distribution<br />
Platform Management Office<br />
(AIDPMO) is in charge of the 230,000 containers<br />
owned or leased by the Army. Each<br />
of the armed services has its own component<br />
manager tasked with managing each<br />
branch’s container fleet.<br />
“The Army requires the use of Army<br />
owned or leased containers for unit deployments<br />
if they are available,” said Sandy<br />
Gorba, the AIDPMO chief, who is based at<br />
the Tobyhanna Army Depot in Pennsylvania.<br />
The Army’s container fleet, she added, is<br />
sufficient to handle these needs at the present<br />
time. Containers are stationed strategically<br />
in locations around the continental<br />
United States to make sure the assets are<br />
available when needed.<br />
For sustainment or other types of cargo,<br />
the Army is allowed to use, and often does<br />
14 | MLF 5.4<br />
use, containers provided by commercial<br />
carriers such as APL and Maersk Line Limited,<br />
two large, U.S.-flag carriers that transport<br />
government cargo.<br />
“SDCC has a global role in the management<br />
of all containers in the defense<br />
transportation system, whether they are<br />
government owned or commercial assets,”<br />
said Rick Bagby, head of the SDDC’s container<br />
management operations at Scott Air<br />
Force Base, Ill. “We track containers of all<br />
the services in our system.”<br />
Army owned containers<br />
used for unit deployment<br />
are booked through<br />
the installation transportation<br />
office in coordination<br />
with the SDDC booking<br />
office, related Gorba. “We<br />
coordinate with the installation<br />
to have government<br />
assets available,” she added.<br />
“For sustainment cargo,<br />
commercial containers<br />
are booked through the<br />
SDDC.”<br />
Units looking to book a commercial<br />
container transmit an Electronic Export<br />
Traffic Release message to SDDC. “They<br />
identify how much cargo is going to be<br />
shipped and whether they will need a commercial<br />
container,” said Bagby. “The commercial<br />
container will then be spotted at<br />
their location. Once the container is stuffed,<br />
the carrier picks it up and transports it to<br />
the nearest port, where it is loaded onboard<br />
a ship and transported and delivered to the<br />
port of destination.”<br />
Rick Bagby<br />
Commercial<br />
carriers like APL,<br />
which transports<br />
cargo on behalf of the<br />
U.S. military, have their<br />
own fleets of containers<br />
that are put at the disposal of their customers.<br />
“APL has a fleet of over 600,000 containers,<br />
with a combination of dry, refrigerated,<br />
flatrack and other types of equipment,” said<br />
Jack Carbone, APL’s director of equipment<br />
operations. “Like most ocean carriers, APL’s<br />
fleet is composed of a mix of<br />
owned and leased equipment.”<br />
The APL fleet is managed<br />
globally by a corporate headquarters<br />
group in Singapore,<br />
with tactical management<br />
being provided by regional<br />
offices in the Americas, Europe<br />
and in Asia. “Local APL staff<br />
around the world work closely<br />
with military personnel and<br />
suppliers to meet the ongoing<br />
and ever changing needs of<br />
the military personnel,” said Carbone. “It<br />
is at this local and regional level that staffs<br />
work to develop forecasts of cargo volumes<br />
in order to ensure that sufficient equipment<br />
and sufficient network capacity is in place to<br />
meet the ongoing demand.”<br />
The local military contractors and personnel<br />
play a key role in communicating<br />
needs of the military to the local APL staff<br />
and in assisting to manage the equipment.<br />
“In many locations APL maintains equipment<br />
inventories at locations which provide<br />
a steady flow of supplies to be shipped to<br />
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support troops at a variety of locations,” said<br />
Carbone. “The local staffs will coordinate<br />
so that equipment is used efficiently and to<br />
manage the inventories at these locations<br />
as the demand fluctuates over time. This<br />
often involves working with local truckers<br />
and local APL equipment staff in order to<br />
monitor equipment dwell times and cargo<br />
projections and to maximize efficiencies to<br />
each party’s benefit.”<br />
The military uses standard international<br />
ocean containers which measure 20 or 40<br />
feet in length. Forty-five-foot containers are<br />
also in use, noted Carbone, but are rarely<br />
used for military cargoes. The military also<br />
ships its own tricons and quadcons, smaller<br />
containers that can be assembled together<br />
to form a standard 20-foot or 40-foot container.<br />
Three 6-foot tricons can be joined to<br />
form one 20-foot unit that can be lifted as<br />
one and then separated in the field.<br />
“There are also steady flows of produce<br />
and foodstuffs, as well as other cargo requiring<br />
controlled temperatures, that move in<br />
20- and 40-foot refrigerated containers,”<br />
said Carbone. “Some of these products<br />
require atmosphere control during shipment<br />
in order to ensure freshness upon<br />
arrival at destination.”<br />
Shipments of military equipment such<br />
as armored personnel carriers, water storage<br />
tanks, HMMWVs and other infrastructure<br />
equipment, are also transported by<br />
ocean. “These tend to move on flatracks so<br />
that they can be transported easily to field<br />
locations from the discharge port,” said<br />
Carbone.<br />
APL has six dedicated U.S. flag services<br />
that run to key military destinations. Its<br />
PS5 service is a five ship rotation calling on<br />
Japan, including Okinawa, and Korea with<br />
feeder connections throughout all of Asia.<br />
The Suez service with nine U.S.-flag ships<br />
runs from the U.S. East Coast to Port Said,<br />
Jebel Ali and Karachi, Pakistan with onward<br />
port calls to Singapore and Colombo, Sri<br />
Lanka.<br />
“The Jebel Ali connection is a key relay<br />
point for connections to Kuwait, Umm Qasr,<br />
Bahrain and Mesaieed, Qatar,” said Carbone.<br />
“Although we are known for our ocean services,<br />
we have also been providing inland<br />
truck service in Afghanistan since the start<br />
of Operation Enduring Freedom and now<br />
serve multiple forward operating bases. APL<br />
has also been instrumental in engineering<br />
new routes and was the first to establish<br />
regular service utilizing the Turkey gateway<br />
for the northern distribution network into<br />
16 | MLF 5.4<br />
Afghanistan. Since 2008 APL has moved<br />
over 290,000 containers on behalf of the<br />
U.S. military.”<br />
The military has installed a number of<br />
different technologies to manage and track<br />
container assets. AIDPMO operates a webbased<br />
container asset management system<br />
that tracks the utilization of the assets<br />
throughout their life cycles. “The system<br />
supports the reset of army assets utilized<br />
at installations and the unit level,” said<br />
Gorba. “Headquarters can use the system<br />
to identify where containers are and their<br />
readiness status.”<br />
The SDDC is connected with the commercial<br />
carriers by way of Electronic Data<br />
Interchange (EDI) and receives industrystandard<br />
EDI messages with regard to vessel<br />
movements and the status of containers.<br />
Containers are also equipped with radio<br />
frequency identification (RFID) tags, which<br />
transmit location and data that is pulled<br />
into the U.S. Transportation Command’s<br />
in-transit visibility (ITV) system. ITV allows<br />
logistics personnel to locate assets and supplies<br />
as they are being transported form one<br />
place to another.<br />
APL has a global equipment management<br />
system that provides near real-time<br />
tracking updates and global visibility to its<br />
entire fleet. “Our systems contain a variety<br />
of decision support tools to help manage<br />
equipment repositioning and balancing, in<br />
order to make equipment available where<br />
and when it is needed for our customers,”<br />
said Carbone.<br />
Commercial containers are returned<br />
to the carrier once they are delivered and<br />
unloaded. Government owned containers<br />
generally remain with their units and<br />
return with them when they are redeployed.<br />
“Typically the empty container which is<br />
provided by APL is simply returned to the<br />
carrier at the port of discharge or at the<br />
destination location and the military’s role<br />
is complete,” said Carbone. “There are times<br />
when the containers are reloaded by government<br />
personnel with return cargo and<br />
tendered back to the carrier for export. For<br />
those containers that are not used for cargo<br />
out of the theater, the carrier will assume<br />
the responsibility and cost to repatriate that<br />
equipment to its next point of need. There<br />
are local equipment tracing processes to<br />
ensure the equipment does not sit idle in<br />
the military possession needlessly.”<br />
Government boxes are often used for<br />
storage by units in theater. “When units get<br />
back to their home stations, we work with<br />
them to reset the containers so that they<br />
can be used again,” said Gorba.<br />
Packed within the standard ocean containers<br />
the military uses for overseas transport<br />
will often be specialized cases that were<br />
designed to carry and protect specialized<br />
equipment, including weapons systems,<br />
communications equipment, and computer<br />
and networking systems.<br />
Zarges Inc. is the largest supplier of fabricated<br />
aluminum transit and rackmount<br />
cases in the world, according to the company’s<br />
sales manager Tracy Johnson. “Rackmount<br />
cases are used to house mounted<br />
electronics such as servers, power supplies,<br />
satellite transmitters and the like,” he said.<br />
“Transit cases are used for a variety of needs<br />
and typically include a custom foam insert<br />
to friction fit around the contents.” Military<br />
applications make up about 80 percent of<br />
Zarges’ business.<br />
“Our engineers are constantly upgrading<br />
our products to deliver additional<br />
rigidity at less weight,” said Johnson. “We<br />
recently enhanced our popular K470 case<br />
line to be IP65,” a measure of “ingress<br />
protection,” or how well the unit is sealed<br />
against the elements.<br />
Cases2Go manufactures its own line<br />
of products specially designed for military<br />
and cargo and distributes cases on behalf<br />
of other manufacturers as well. “We procure<br />
empty cases from manufacturers and<br />
customize them for whatever our military<br />
customers want,” said David Root, the company’s<br />
president.<br />
The company’s rackmount, aluminum<br />
and plastic injection molded cases are most<br />
often used to transport communications<br />
equipment, including satellite and ground<br />
radio networking components, according<br />
to Root.<br />
ECS Case has revamped its Loadmaster<br />
line of rackmount in recent years, integrating<br />
new technology that allows for the<br />
modular stacking of cases. “This allows<br />
different case sizes to interlock and be<br />
stacked,” said Jason Fletcher, the company’s<br />
sales manager.<br />
The innovations to the line also include<br />
the easy replacement of components such<br />
as latches in the field. Electronic gear such<br />
as servers and networking components are<br />
most often shipped in ECS’s rackmount<br />
cases.<br />
“Another aspect of the product is the<br />
material used for the cases,” said Fletcher.<br />
“We use fiberglass and carbon reinforced<br />
polypropylenes and fiber reinforced<br />
www.MLF-kmi.com
polyester which adds strength and rigidity,<br />
reduces weight, and provides superior<br />
performance.”<br />
Case manufacturers endeavor to build<br />
lighter products and, Zagres’ Johnson adds,<br />
“at a lower price.”<br />
“We are always battling to make our<br />
products as light as possible,” said Fletcher.<br />
Cases2Go will soon be introducing a<br />
line of carbon fiber reinforced plastic that<br />
will reduce the weight of cases by 20 to<br />
50 percent. “In the tactical world we are<br />
constrained by the two-man lift of 164<br />
pounds,” said Root. “Lightening the case<br />
provides the opportunity to pack another<br />
piece of equipment in one case and not<br />
having to have an additional case. When<br />
you translate that to thousands of cases<br />
transported around the world, it can have a<br />
large impact on cost reduction.”<br />
DoD plans future improvements in the<br />
tracking and deployment of containers.<br />
“We are working toward the self-reporting<br />
container,” said Gorba. “Today’s RFID tags<br />
mainly track cargo versus the asset itself.<br />
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Once the cargo is removed, so is the tag.<br />
We are looking to come up with a common<br />
device that will stay with the container for<br />
life. This will allow us to reduce the amount<br />
of human intervention in the tracking of<br />
containers and to apply technologies such<br />
as satellite communications and GPS tracking.”<br />
The Army is also planning to revamp its<br />
container deployment capabilities. “We are<br />
looking at lessons learned from operations<br />
in Iraq and Afghanistan,” said Gorba. “We<br />
will also be planning for future requirements<br />
and contingencies. The idea is make<br />
sure we have assets available for the first<br />
180 days of the contingency. Containers<br />
will be staged at strategic locations so that<br />
they can be effectively deployed on time to<br />
meet objectives.”<br />
Carbone foresees the increased use of<br />
technologies such as RFID or other sensing<br />
devices for high-value cargo. There will<br />
also be advances in container construction<br />
design and in temperature and atmosphere<br />
control.<br />
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“There is likely an opportunity to<br />
improve in the information flow between<br />
the military and the carriers, and this could<br />
help generate some efficiencies and reduce<br />
management time on both sides,” he said.<br />
“This would start with the forecasting and<br />
booking processes and include the documentation<br />
process, as well as having the<br />
ability to share information on equipment<br />
and cargo tracking.<br />
“There are also sometimes divergent<br />
needs between the carrier and the military<br />
and sometimes between the different<br />
divisions of the military,” Carbone added.<br />
“There may be an opportunity for better<br />
coordination between divisions that might<br />
lead to a better use of equipment assets and<br />
therefore to reduce costs.” O<br />
DISTRIBUTED EXCLUSIVELY BY CASES2GO | 866.516.7057 | CARBONFIBERTACTICAL.COM<br />
PATENTS PENDING<br />
For more information, contact MLF Editor Jeff<br />
McKaughan at jeffm@kmimediagroup.com or<br />
search our online archives for related stories at<br />
www.MLF-kmi.com.<br />
Actual case color black, photo<br />
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www.MLF-kmi.com MLF 5.4 | 17
The Magnalight MGS-DC-<br />
30KVA-480-220-110 heavy duty power<br />
distribution substation converts<br />
single phase or three phase 480 VAC<br />
electrical current to single phase<br />
120V AC and 240V AC and provides<br />
GFCI and integral breaker protection<br />
on both input and line outs. This<br />
power substation provides an effective<br />
and safe current supply for operating<br />
equipment and lighting in areas where<br />
connection to native power is unavailable<br />
or not desired. This unit can be<br />
Searching Cargo<br />
Containers<br />
TiaLinx Inc., a developer of remotely controlled object<br />
detection radars, has launched the OWL1-A, featuring an<br />
ultra-sensitive radio frequency beam that is capable of<br />
detecting the slightest motion, such as the breathing of a<br />
person confined in a container.<br />
The lightweight handheld sensor system with remote<br />
display screen provides an ultra-wideband (UWB) radio<br />
frequency beam that can detect a variety of live objects<br />
concealed inside a container. OWL1-A can provide<br />
images of activity detected at various locations within the<br />
container from live objects. The system is ideal for rapid<br />
screening of cargo containers deployed on land transportation<br />
vehicles, airplanes and sea vessels.<br />
Through a software-controlled interface, which is<br />
integrated into a laptop and deployed remotely, the<br />
OWL1-A can also be integrated with cranes that load<br />
and unload cargo containers. This would allow for<br />
rapid screening of hidden individuals automatically and<br />
remove the need for expensive and bulky X-ray screening<br />
systems.<br />
The GHz RF scanner transmits wideband signals that<br />
are highly directional and are reflected from the human<br />
body. The received signals over the wide spectrum are<br />
captured and processed in an integrated digital signal<br />
processor.<br />
“OWL1-A’s introduction is another breakthrough in<br />
miniaturization of advanced UWB RF sensors pioneered by<br />
TiaLinx for the last four years,” said Dr. Fred Mohamadi,<br />
founder and CEO of TiaLinx.<br />
18 | MLF 5.4<br />
Compiled by <strong>KMI</strong> <strong>Media</strong> <strong>Group</strong> staff<br />
Heavy Duty Power Distribution Substation<br />
used to tap into 480 VAC<br />
from a variety of sources<br />
including generators and<br />
direct grid power, which it<br />
then steps down to usable<br />
voltages and includes a<br />
dedicated 480 volt feed<br />
through for connecting a<br />
welding station.<br />
The power transformer<br />
substation safely<br />
converts 480 VAC single<br />
or three phase current to<br />
Mobile Solar Power Retrofits<br />
GlobalWatt Inc., a manufacturer<br />
of solar applications<br />
for specialty markets, and<br />
Silver Eagle Manufacturing<br />
Company, a manufacturer of<br />
military trailers, have entered<br />
into a partnership agreement to<br />
integrate GlobalWatt’s mobile<br />
solar system onto Silver Eagle’s<br />
defense and homeland securityqualified<br />
transport systems.<br />
Under the agreement,<br />
GlobalWatt will offer retrofit<br />
solar sub-systems to be integrated<br />
onto Silver Eagle trailers<br />
supplied to the United States<br />
National Guard and Department<br />
of Defense. Silver Eagle will<br />
private label these solar products,<br />
including GlobalWatt’s<br />
stowaway Avanti (4kW) solar<br />
system. The two companies will<br />
also partner in the design and<br />
engineering of GlobalWatt’s<br />
Sun Pad product line, a singleaxis-tracking<br />
5kW modular unit<br />
mounted on a transportable<br />
and scalable platform.<br />
commonly-used 240 and 120 VAC, allowing operators<br />
in industrial and commercial work areas to tap<br />
into high voltage power sources and power their<br />
equipment independently of the work area when<br />
traditional power sources are unavailable or not<br />
desired.<br />
This unit is designed for connection to single<br />
or three phase 480 VAC which it then steps down<br />
to 120 and 240 VAC. The entire unit is completely<br />
weatherproof and can be configured for single<br />
phase or three phase operation and includes<br />
a fully potted transformer, weatherproof GFCI<br />
outlets and weather-tight panel box.<br />
“This partnership is truly<br />
an immediate all-win agreement<br />
because it expands Silver<br />
Eagle product offerings to<br />
address the growing solar needs<br />
of the National Guard and<br />
the Department of Defense,”<br />
said Jay Wilson, Silver Eagle<br />
president and CEO. “Silver<br />
Eagle’s 75 years of manufacturing<br />
experience provides a<br />
rugged and defense-qualified<br />
transport system which is critical<br />
to the rapid deployment<br />
of GlobalWatt’s mobile solar<br />
systems.<br />
“Silver Eagle is wellentrenched<br />
in the defense<br />
marketplace and their products<br />
meet the needs of both<br />
the National Guard and the<br />
Department of Defense,” said<br />
Sanjeev Chitre, president and<br />
CEO of GlobalWatt. “This<br />
agreement capitalizes both<br />
companies’ strengths and<br />
creates impressive business<br />
opportunities.”<br />
www.MLF-kmi.com
AgustaWestland, a Finmeccanica company,<br />
recently unveiled the AW139M, the customized<br />
military version of the multi-role, AW139<br />
helicopter, integrated with proven U.S. military<br />
technology for the U.S. Air Force’s Common<br />
Vertical Lift Support Program. “AgustaWestland<br />
meets every U.S. Air Force CVLSP mission<br />
requirement while offering substantial acquisition<br />
and operational savings,” said R. Scott<br />
Rettig, chief executive officer, AgustaWestland<br />
North America. “The innovation and investment<br />
made by AgustaWestland ensures the<br />
lowest risk, most cost-effective replacement for<br />
the CVLSP platform.”<br />
Manufactured in the company’s<br />
Philadelphia, Pa., facility and tailored with<br />
U.S. military technology from suppliers across<br />
the nation, the AW139M includes a high-definition<br />
FLIR, self-protection equipment including<br />
infrared detection and countermeasures,<br />
avionics, and heavy duty landing gear. For mili-<br />
Macsea is offering an independent hull<br />
monitoring service designed to save fuel and<br />
reduce emissions by detecting hull fouling as<br />
early as possible. The new service, called Hull<br />
Medic, uses automatic onboard data acquisition<br />
to gather salient ship performance data<br />
and transmit it ashore for detailed analysis.<br />
Hull Medic will typically review 100,000 of a<br />
ship’s data records per month, providing highaccuracy<br />
statistical analysis for earlier detection<br />
of hull fouling.<br />
Hull Medic calibrates each ship’s propeller<br />
as a power absorption dynamometer,<br />
using propeller characteristics<br />
and “clean-hull” ship<br />
performance data. The<br />
calibration establishes<br />
CVLS Entrant<br />
tary missions, the AW139M<br />
features a low thermal<br />
and acoustic signature<br />
and is available with a<br />
full ice protection system,<br />
allowing all-weather operation<br />
at the U.S. Air Force’s<br />
northern-tier missile bases.<br />
The AW139M CVLSP<br />
also includes dedicated<br />
equipment such as<br />
armored seats to improve<br />
crew protection; ballistically-tolerant,<br />
self-sealing<br />
fuel tanks; and an external<br />
stores system for carrying<br />
gun pods, missiles and air-to-ground rockets.<br />
With unrivalled range and the highest powerto-weight<br />
ratio in its class, the AW139M sets<br />
standards of multi-mission performance in<br />
hot and high conditions and with a cruise<br />
the unique relationship<br />
between<br />
speed, propeller<br />
rpm, and shaft<br />
power for each<br />
vessel. The<br />
propeller can<br />
then be<br />
used to<br />
track<br />
Hull Monitor<br />
speed of 165 knots. The AW139M provides 30<br />
percent more cabin volume and 50 percent<br />
more payload than the legacy CVLSP platform,<br />
while maintaining a similarly-sized external<br />
footprint.<br />
power, fuel and emissions increases over time.<br />
The technique works for ships with single,<br />
double, fixed or variable pitched propellers.<br />
Performance reports are provided to shipping<br />
management on a timely basis such that<br />
significant fuel penalties don’t go unnoticed.<br />
According to the company, “Our new<br />
Hull Medic system detected the onset of hull<br />
fouling that was estimated to cost around<br />
$136,000 per month of unnecessary fuel<br />
consumption by one Navy ship. Fuel was<br />
being wasted due to the 35<br />
percent extra power<br />
required to maintain<br />
the ship’s<br />
operating speed with<br />
a fouled hull.”<br />
www.MLF-kmi.com MLF 5.4 | 19
Q&A<br />
Providing Front-line Logistics Support to Combat Units<br />
<strong>LOG</strong> <strong>Sustainer</strong><br />
<strong>Maj</strong>or <strong>Gen</strong>eral <strong>Yves</strong> J. <strong>Fontaine</strong><br />
Commanding <strong>Gen</strong>eral<br />
U.S. Army Sustainment Command<br />
<strong>Maj</strong>or <strong>Gen</strong>eral <strong>Yves</strong> J. <strong>Fontaine</strong> serves as commanding general<br />
of the U.S. Army Sustainment Command [ASC], a position he has<br />
held since September 2, 2009. As commanding general of ASC,<br />
<strong>Fontaine</strong> leads a global organization responsible for providing<br />
front-line logistics support to combat units. The command manages<br />
Army pre-positioned stocks located in strategic sites around<br />
the world; maintains weapons and equipment at bases in forward<br />
areas; and oversees the Logistics Civil Augmentation Program<br />
[<strong>LOG</strong>CAP], which provides contractor support in theaters of operations.<br />
<strong>Fontaine</strong> came to ASC from Kaiserslautern, Germany, where<br />
he served as commanding general of the 21st Theater Sustainment<br />
Command [TSC]. Prior to that assignment, <strong>Fontaine</strong> served as the<br />
G4 [Logistics] for U.S. Army-Europe, 7th U.S. Army, in Heidelberg,<br />
Germany.<br />
<strong>Fontaine</strong> has also served as the G4 for the 82nd Airborne Division<br />
and the G4 and Chief of Staff for U.S. Special Operations Command,<br />
both at Fort Bragg, N.C. After assuming command of the<br />
1st Corps Support Command, <strong>Fontaine</strong> deployed from Fort Bragg<br />
to Southwest Asia in support of Operation Iraqi Freedom.<br />
During Operation Desert Shield, <strong>Fontaine</strong> deployed to Southwest<br />
Asia with the 24th Infantry Division. When Operation Desert<br />
Storm began, <strong>Fontaine</strong> acted as liaison officer with France’s 6th<br />
Light Armored Division. He then became support operations officer<br />
for the 24th Infantry Division’s 24th Support Battalion at Fort<br />
Stewart, Ga.<br />
Other key assignments held by <strong>Fontaine</strong> during his career<br />
include commander of the 82nd Forward Support Battalion, 82nd<br />
Airborne Division; maintenance officer for the Bradley fighting<br />
vehicle system materiel fielding team, and materiel operations<br />
officer for the 19th Maintenance Battalion, 3rd Corps Support<br />
Command, in Vilseck, Germany; company commander and battalion<br />
maintenance officer with the 4th Infantry Division [Mechanized]<br />
at Fort Carson, Colo; and platoon leader, shop officer and<br />
battalion maintenance officer with the 8th Infantry Division in<br />
Germany.<br />
<strong>Fontaine</strong> was commissioned as an Army officer in 1976 following<br />
his graduation from LaSalle University in Philadelphia,<br />
Pa., where was named as Distinguished Military Graduate. Along<br />
with the Bachelor of Science degree in management he earned<br />
from LaSalle, he holds masters’ degrees in business administration<br />
from Webster University in St. Louis, Miss., and in advanced<br />
military studies from the Army’s Command and <strong>Gen</strong>eral Staff<br />
College. He also completed the Training With Industry program<br />
at the Defense Contract Agency in Indianapolis, Ind. His military<br />
education includes the Ordnance Officer Basic and Advanced<br />
Courses, the School for Advanced Military Studies, and the U.S.<br />
Army War College.<br />
<strong>Fontaine</strong>’s awards and decorations include the Distinguished<br />
Service Medal; the Legion of Merit with two Oak Leaf Clusters;<br />
the Bronze Star Medal; the Defense Superior Service Medal; the<br />
Meritorious Service Medal with four Oak Leaf Clusters; the Army<br />
Commendation Medal with one Oak Leaf Cluster; the Combat<br />
Action Badge; and the Master Parachutist Badge.<br />
Q: There are two specific programs I would like to talk about. The<br />
first is EAGLE. Can you bring our readers up to date on its status<br />
and what it hopes to deliver?<br />
A: First, I would tell you that the Enhanced Army Global Logistics<br />
Enterprise [EAGLE] is still in the acquisition strategy development<br />
phase. The intent of the program is to provide a services acquisition<br />
strategy that will be used to satisfy logistics requirements<br />
worldwide. The multiple-award contract will provide for materiel<br />
maintenance, retail/wholesale supply and transportation support<br />
services to AMC and other Army agencies. It will also be available<br />
to other services and federal agencies, as long as their requirements<br />
fall within the scope of the EAGLE’s performance work statements.<br />
www.MLF-kmi.com MLF 5.4 | 21
The primary purpose behind EAGLE is to create efficiencies<br />
by implementing standards across materiel enterprise and<br />
services-related functional areas while eliminating redundant<br />
contracts and oversight requirements. EAGLE will eventually<br />
replace multiple stand-alone contracts being executed today<br />
and satisfy requirements by standardizing contract structures,<br />
performance work statements and quality assurance surveillance<br />
plans. It will be a globally tailored program that provides for<br />
logistical support to prepare forces for deployment, sustainment<br />
and redeployment.<br />
The Army Sustainment Command, ASC, will control and<br />
manage the EAGLE program, while the Army Contracting Command<br />
will execute task order competitions within the contract.<br />
Because it’s a multiple-award contract, we will continue to<br />
compete task orders among a pool of prequalified contractors.<br />
We envision seeing better contract pricing, reduced time from<br />
requirements identification to contract award, and improved<br />
quality of contractor performance; in other words, more effective<br />
and efficient execution of logistics service requirements.<br />
Soldiers will see more standardization of services worldwide,<br />
and our Army field support brigades and battalions will be able<br />
to offer a single source of logistics solutions for tactical and<br />
operational requirements while reducing contractual oversight<br />
requirements needed to manage multiple redundant contracts.<br />
Where are we in the process? In February 2011, our EAGLE<br />
team issued a sources sought synopsis to industry. As part of<br />
our acquisition strategy development, we conducted additional<br />
market research in order to evaluate the capabilities of interested<br />
businesses to serve as prime contractors in support of<br />
the EAGLE requirements. We further needed to clarify that the<br />
contracts awarded under the EAGLE program will require prime<br />
contractors to provide services in all three functional areas of<br />
materiel maintenance, retail/wholesale supply and transportation<br />
support. We also needed to assess industry’s interest and<br />
capability in providing services at specific installations and to<br />
assure that our strategy provided suitable opportunities for<br />
small business. Lastly, we are finalizing our cost benefit analysis<br />
that will form the basis of our recommended approach. We still<br />
anticipate releasing the request for proposal [RFP] on or about<br />
September 2011, with projected contract awards on or about<br />
June 2012. A draft RFP will be released prior to the final RFP.<br />
We will also host a pre-proposal conference and have follow on<br />
discussions at our advanced planning briefing to industry being<br />
held in August 2011. I urge all interested parties to attend all<br />
forums we host regarding the EAGLE contract as feedback from<br />
industry is an important element of our strategy.<br />
Q: The next is <strong>LOG</strong>CAP. I believe that the transition to <strong>LOG</strong>-<br />
CAP IV was completed in Afghanistan in about July of last year.<br />
Tell me about <strong>LOG</strong>CAP and its task orders there.<br />
A: The Logistics Civil Augmentation Program [<strong>LOG</strong>CAP] IV has<br />
been a resounding success at providing sustainment service and<br />
support in a tactical environment with a sustained quality that<br />
has been truly transformative. <strong>LOG</strong>CAP was first established in<br />
1985 to provide management support plans for Army contingencies<br />
using civilian contractors. The latest iteration, <strong>LOG</strong>CAP IV,<br />
a multiple-award task order contract, was awarded in April 2008.<br />
Its success is derived from lessons learned on previous iterations<br />
22 | MLF 5.4<br />
of <strong>LOG</strong>CAP. The major change being that operations are now<br />
executed through multiple performance contractors [DynCorp,<br />
KBR and Fluor Corp.] and one support contractor [Serco Inc.]<br />
versus one stand-alone executing contractor. The mission of the<br />
<strong>LOG</strong>CAP IV contractors is to manage life support services such<br />
as base operations and maintenance; power generation; dining<br />
facilities; laundry services; morale, welfare and recreation<br />
operations; water production; billeting management; sewage and<br />
waste management; material handling equipment operations;<br />
and providing fire fighting services.<br />
To date, 13 task orders have been awarded under <strong>LOG</strong>CAP<br />
IV to all three contractors. Task order five, awarded to Fluor,<br />
includes 65 <strong>LOG</strong>CAP-supported bases in the northern area of<br />
Afghanistan, and task order four, awarded to DynCorp, includes<br />
approximately 50 bases in the southern area of Afghanistan. Task<br />
Order 002, awarded to KBR in Iraq, includes warehousing, transportation<br />
and postal operations. Base life support [BLS] services<br />
in Iraq remain under <strong>LOG</strong>CAP III with KBR. We conducted a<br />
business case analysis and determined that it was not cost-effective<br />
to transition BLS to <strong>LOG</strong>CAP IV amid the rapid drawdown<br />
and planned closures of multiple forward operating bases.<br />
I look at all four contractors as true partners in support of<br />
our contingency operations.<br />
Q: Other than EAGLE, do you have any major acquisition<br />
efforts under way or planned for the near term?<br />
A: Although EAGLE is our main focus right now, we will be<br />
recompeting the <strong>LOG</strong>CAP support contract in the near future.<br />
Q: How will the Lead Materiel Integrator effort improve Army<br />
materiel distribution? How does this fit into ASC transformation?<br />
A: On March 22, the Secretary of the Army designated the Army<br />
Materiel Command as the Army’s Lead Materiel Integrator,<br />
which essentially means that AMC has the authority to run the<br />
Army’s materiel distribution processes as part of the materiel<br />
enterprise. As AMC’s operational arm, we become the executing<br />
agent responsible for getting the right equipment to the right<br />
place at the right time.<br />
This is no small task, because to do it right, we have to build<br />
a system that allows us to see all the equipping demands, like<br />
upcoming deployments, Army support to other services, and<br />
new equipment fielding, and balance that with supply—all the<br />
Army’s equipment—over time. The Secretary of the Army also<br />
designated the AMC’s Logistics Information Warehouse [LIW],<br />
maintained by the Logistics Support Activity [<strong>LOG</strong>SA], as the<br />
Army’s authoritative logistics database. This authority, to fill<br />
all the gaps and seams in our data, will enable us to see all the<br />
equipment in one place—a key element to developing equipping<br />
solutions for our Army.<br />
I am confident that we will get this right. We will rely on an<br />
automated decision support tool to connect the requirements to<br />
the equipment in LIW to help us create distribution solutions<br />
based on all Army priorities. The automation will help us gain<br />
visibility of all Army equipment and we’ll rely on our Distribution<br />
Management Center and Army field support brigades to make<br />
the system work day to day. There’s nothing like being on the<br />
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ground to get the ground truth. Ultimately, every time we plan<br />
for equipment to move, some supply sergeant in the field will<br />
make that happen, and we have to make sure we set him up for<br />
success.<br />
What this does for the Army is optimize the use of its equipment<br />
in the most effective, efficient way. In the last year, we’ve<br />
run a series of exercises and rehearsals with participation from<br />
all stakeholders across the Army to map our business processes.<br />
We are also developing a transition and implementation plan on<br />
how we’ll execute this very important mission with anticipation<br />
of assuming the mission by February of next year.<br />
Q: While on the subject, can you detail ASC transformation<br />
efforts?<br />
A: The Army Sustainment Command was established in 2006<br />
as a major subordinate command of the Army Materiel Command.<br />
This year, ASC celebrates its fifth anniversary, and ASC<br />
today is nothing like the ASC of 2006. Today, change is no<br />
longer an anomaly that we must endure or manage, but rather<br />
an ever-present reality. Accordingly, ASC is in the midst of<br />
transformation as we rise to meet the challenge of sustaining<br />
full-spectrum operations worldwide. ASC transformation is<br />
built around several major lines of effort: executing agent for<br />
AMC’s role as the Lead Materiel Integrator; the realignment<br />
of Directorates of Logistics from the Installation Management<br />
Command; implementation of the EAGLE Acquisition Strategy;<br />
leveraging sustainment organizations for materiel management<br />
in CONUS; and assuring that the ASC force structure continues<br />
to support a transforming Army. The goals of these lines of effort<br />
are simple. We must continue to provide seamless support to<br />
senior commanders, leveraging the sustainment and materiel<br />
management and distribution capacity of AMC [ASC] by connecting<br />
the wholesale/industrial base to the operational force.<br />
As the soldiers face to the materiel enterprise, we will continue<br />
to leverage our force structure to synchronize materiel distribution<br />
and integrated materiel sourcing solutions according to<br />
Army priorities, in order to meet the equipping aim points and<br />
meet equipment readiness standards of the units we support.<br />
We must have the right equipment, in the right quantity, in the<br />
right place and at right time to make this work. It’s all about<br />
executing effectively while doing so in the most efficient, costeffective<br />
manner.<br />
We must leverage the Directorates of Logistics [DOLs] in<br />
order to optimize maintenance capacity and capability. We<br />
must move towards establishing a single source of repair on an<br />
installation—much like a storefront—that enables efficiencies<br />
by reducing, consolidating and eliminating redundancies in<br />
maintenance and supply capabilities. We have already begun the<br />
migration of the field logistics readiness centers into the DOLs<br />
[storefront] to reduce redundant capabilities and provide the<br />
AMC one-stop shop on a garrison that is able to leverage the<br />
materiel enterprise capabilities in support of requirements.<br />
We also are seeing some tremendous benefits by joining with<br />
Forces Command to better leverage, through a collaborative<br />
effort, the ASC, Expeditionary Sustainment Command, and sustainment<br />
brigade materiel management capabilities in order to<br />
provide senior level sustainment expertise and materiel management<br />
requirements to senior commanders and supported units.<br />
24 | MLF 5.4<br />
Q: Tell me about your efforts to train and educate professional<br />
logisticians?<br />
A: The command’s ability to train professional logisticians is critical<br />
to successfully executing our assigned missions. Our training<br />
program not only involves logistics skill-set training, it also<br />
focuses on broadening leadership skills. The civilian and military<br />
workforce begins logistics education by attending a number of<br />
orientations into Army logistics. Because ASC primarily executes<br />
its mission through contracting, we are also assuring that our<br />
workforce gets the right acquisition corps training and certifications<br />
that they need to perform their jobs.<br />
Contracting plays such a huge role in our mission that it is<br />
critical we teach our workforce not only how to put together the<br />
acquisition documentation to get a requirement on contract, but<br />
also to understand the workings of the acquisition process and<br />
the oversight requirements associated with assuring that we’re<br />
getting what we’re paying for from the contractor. We aren’t<br />
teaching our folks to be procuring contracting officers, but we are<br />
teaching them to understand their roles and how they can influence<br />
the process during the requirements determination and contractual<br />
oversight phases of an acquisition effort. Given that we’re<br />
transitioning to an era of becoming more and more efficient,<br />
we’ve developed a great training program with a local college to<br />
teach our workforce about the mechanics of developing a cost<br />
benefit analysis…in line with where the Army is moving towards<br />
a cost-centered culture. Our focus is centered around costs…and<br />
getting the most effective results in the most efficient manner.<br />
To complement the logisticians’ training and education, ASC<br />
trains leaders in Army transformation and strategic change. We<br />
have instituted an internal leadership program for our civilians<br />
beginning at the lower grades and ending at the GS-15 level.<br />
We found that many of our civilian leaders, unlike their military<br />
counterparts, had little to no formal leadership training. Our<br />
tendency was to promote great action officers with the hopes<br />
that they could lead. Our program, entitled Journey to Leadership,<br />
or JTL, offers insights into leadership skills that can be<br />
grown over the course of a career. Our thought is that if we start<br />
early, then we can have the ability to grow the bench over time<br />
and have a successful succession strategy that is unmatched by<br />
any other Army organization comprised primarily of civilians.<br />
As part of our JTL program, we have senior logisticians, both<br />
military and civilian, attend a week-long Senior Leader Workshop<br />
designed and presented by the University of North Carolina. This<br />
workshop brings together brigade and battalion commanders/<br />
command sergeants major and senior staff members [GS14/15s]<br />
to further develop their leadership skills on adapting to change.<br />
Topics include executive decision making, change management<br />
and organizational strategy. Senior leaders further their logistical<br />
knowledge by gaining insight into how logisticians provide leadership<br />
and solutions in the materiel enterprise realm.<br />
Military and civilian logisticians also receive resiliency training<br />
to develop self-awareness of leadership dynamics and how to<br />
face post deployment challenges.<br />
Q: Has the command been tasked with any humanitarian support<br />
efforts for Japan? Have the earthquake and subsequent<br />
tsunami impacted the prepositioned stocks there or any other<br />
element of your command?<br />
www.MLF-kmi.com
A: Our 403rd Army field support brigade has been providing<br />
tremendous support to the tsunami relief efforts in Japan<br />
since mid-March. As directed, we have been issuing Army<br />
prepositioned stocks located at Sagami Depot, south of Tokyo.<br />
To date, we’ve issued generators, heaters, forklifts, a food<br />
sanitation center, floodlights, trucks and hundreds of pieces of<br />
other ancillary equipment. The 403rd AFSB is also providing<br />
sling-loading equipment for helicopters to deliver supplies to<br />
remote villages and more than 93,000 meals ready to eat. The<br />
materiel was signed over to the 35th combat sustainment support<br />
battalion and transported to an operating base near Sendai.<br />
Lieutenant Colonel Douglas Pietrowski, Army Field Support<br />
Battalion-Northeast Asia commander, is my commander in<br />
Japan providing command and control of this APS operation.<br />
We’ve evacuated some AMC dependents who voluntarily decided<br />
to leave Sagami Depot and Yokohama North Dock in Tokyo Bay<br />
back to the United States. We already have plans in place to draw<br />
stocks such as cots, sleeping bags and blankets, in case we have<br />
to evacuate more people from Japan to Korea. Prior to return<br />
of this equipment to APS storage, the equipment will undergo<br />
cleaning, maintenance and thorough radiological decontamination<br />
checks.<br />
Q: What are the storage challenges when dealing with the prepositioned<br />
stocks around the globe?<br />
A: As always, our goal is to have the luxury of a controlled<br />
humidity storage environment to reduce maintenance and<br />
storage costs while increasing the readiness of our APS fleet.<br />
In many cases, this is not feasible given the environment we’re<br />
operating in. Our support from host countries is extremely<br />
positive. We abide by each country’s customs and regulations,<br />
but we’ve had longstanding partnerships with our allies in<br />
Italy, Japan and Korea where most of our overseas APS stocks<br />
are forward positioned [excluding equipment being used in<br />
SWA]. These countries have provided us with superb facilities<br />
in strategic locations. Additionally, we employ local nationals<br />
to maintain the equipment, which provides a positive economic<br />
impact. Our largest CONUS APS operation is in Charleston,<br />
S.C., where we support our prepositioned afloat mission. This<br />
site, converted for our use and originally built as a Navy missile<br />
maintenance site, provides an adequate capability to meet our<br />
maintenance requirements, but provides limited use for longterm<br />
storage operations given an inability to protect equipment<br />
in a controlled environment.<br />
Q: Tell me a little more about your advanced planning briefing<br />
for industry coming up.<br />
A: As you know, we host an APBI every year. We’re planning to<br />
have one again in August. Last year, we had an attendance of<br />
more than 300 people, from both small and large companies,<br />
and we expect just as much interest this year. We do these APBIs<br />
to share information on ASC’s upcoming contracts and services.<br />
The agenda is not yet final on this year’s event, but we’ll have<br />
briefings from our command personnel and senior industry<br />
executives. I imagine that this year’s APBI will generate considerable<br />
interest from industry to learn more about our plans for<br />
EAGLE. I have also asked our community partners to be part of<br />
this conference and to discuss with our industry partners the<br />
tremendous opportunities that the Quad Cities region provides.<br />
Q: Are seven field support brigades enough? Do you foresee any<br />
growth in the organization?<br />
A: That’s an area we have been looking into for the past several<br />
months. We have also been focused on the proper alignment of our<br />
AFSBs. The role of the brigade has expanded with the realignment<br />
of DOLs and ASC’s designation as the Lead Materiel Integrator’s<br />
executing agent. I am confident that the AFSBs will continue to<br />
serve the Army well. With the drawdown in Iraq by the end of<br />
December 2011, we will move the 402nd AFSB into Kuwait to<br />
continue clearing equipment coming out of Iraq. We are relooking<br />
our entire force structure footprint and will make some recommendations<br />
this summer to the Army Materiel Command on the<br />
best approach to meet the needs of a changing Army.<br />
Q: Any closing thoughts?<br />
A: As you can see, the Army Sustainment Command continues to<br />
provide a critical capability to the Army around the world. I am<br />
continually amazed at the dedication, professionalism and flexibility<br />
of our military, civilian and contracted workforce. They are<br />
truly our center of gravity and I am extremely fortunate to be part<br />
of their team. O<br />
www.MLF-kmi.com MLF 5.4 | 25
Fueling the Warfighter<br />
the need to fuel the military’s appetite for fuels and oils is<br />
seemingly unending—But the chain is never Broken.<br />
Supporting the warfighter and accomplishing Department of<br />
Defense goals around the world would not be possible without a<br />
key ingredient: the energy sources that fuel their missions. Meeting<br />
the fuel requirements of DoD is a great challenge, and one that is<br />
accomplished through the hard work of many agencies, companies<br />
and individuals.<br />
Delivery of fuel supplies to frontline locations in a wartime or<br />
contingency operation is very complex and involves coordination<br />
and support from numerous parties. According to Mark Iden, deputy<br />
director of operations at DLA Energy, “Typically DLA Energy delivers<br />
fuel to central hubs or other locations to which safe transit can be<br />
accomplished by our commercial contractors. DLA Energy therefore<br />
ensures adequate inventory levels are maintained at these locations<br />
and throughout the overall supply chain. From the central hubs or<br />
other locations, the military services generally are responsible for the<br />
forward distribution of the fuel to the frontline locations. This is a<br />
complex process but one that has been successfully employed by DLA<br />
Energy and the military services over an extended period of time.”<br />
DLA Energy provides fuel and energy support to customer<br />
locations throughout the world, utilizing a variety of acquisition<br />
approaches and contracting tools. Each scenario brings its own set<br />
of challenges, but DLA Energy has an experienced staff (to include<br />
regional offices throughout the world), a vast level of knowledge of<br />
the fuel and energy marketplace, and solid working relationships with<br />
suppliers and distributors to ensure that customers are supported<br />
in a timely manner. DLA Energy employs all of these attributes to<br />
meet normal peacetime requirements for both the U.S. Department<br />
of Defense and many of the federal civilian agencies DLA supports, in<br />
addition to meeting the more challenging wartime and contingency<br />
operation type requirements.<br />
In fiscal year 2010, DLA’s net fuel sales to DoD totaled over 117<br />
26 | MLF 5.4<br />
By kelly fodel<br />
mlf correspondent<br />
fodelk@kmimediagroup.com<br />
million barrels. According to Jean Blackburn, director DLA finance<br />
energy, the Air Force was the biggest customer, purchasing 63.57 million<br />
barrels. The Navy bought just over 32 million barrels, while the<br />
Army bought 19.69 million. The Marines purchased just over 500,000<br />
barrels. Blackburn said DLA Energy procures fuel in accordance with<br />
Federal Acquisition Regulations using firm fixed-price contracts that<br />
include an economic price adjustment clause. Typically, the purchase<br />
price is adjusted anywhere from daily to weekly in correlation with the<br />
changes in the price indicator listed in the contract.<br />
Captain Kurt Waymire is the director of the Naval Supply Systems<br />
Command (NAVSUP) Energy Office. His office manages the Navy’s<br />
defense fuel support points (DFSPs) that are part of the DLA Energy<br />
chain. While DLA handles the contracting for the bulk fuel, Waymire’s<br />
office manages the water terminals and distributes the fuel.<br />
“From the terminals, you distribute via pipeline or via barges, or<br />
we will fill up the oilers and send them out to refuel the ships at sea.<br />
So there are multiple ways we supply the fuel support to the ships and<br />
our shore and naval air stations,” said Waymire.<br />
Navy fuel management can be a complicated process, but Waymire<br />
said their locations around the world help to facilitate the process.<br />
Managing fuel efficiently is key. Every year, Waymire said, they generate<br />
requirements of what they believe they will need in each location.<br />
Then they work with DLA Energy as DLA sets up contracts. “It is kind<br />
of a delicate balancing act to make sure that as we have a DLA resupply<br />
tanker or we’re about to receive a resupply at one of our facilities via<br />
pipeline, that we have the empty tank space to accept that fuel,” said<br />
Waymire. “That process just keeps repeating itself. It is really driven by<br />
looking at what our average through-put has been. Take a place like<br />
Hawaii, for example. Next summer you’ve got a major exercise coming<br />
up, so you have to look at how those requirements are going to be<br />
laid out over a four to six week period, and then time the resupply of a<br />
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DLA tanker into there to give them, for example, more diesel fuel for<br />
the ships. So it is a lot of requirements planning and a lot of interface<br />
with DLA Energy to make sure we have the space available to accept<br />
the next purchase of fuel.”<br />
Another factor is that many of the facilities are older and require<br />
more maintenance. There are tank inspections and safety inspections,<br />
for example, that may hinder the process and must be managed and<br />
properly timed to ensure the same through-put of fuel.<br />
going green<br />
While millions of gallons of traditional fuel are used by DoD every<br />
year, there is also a concentrated effort to pursue alternative energy<br />
methods. Limiting the use of traditional fuels not only saves major<br />
amounts of money, but results in increased safety for the warfighter,<br />
by reducing security risks. DLA Energy is actively supporting the<br />
military’s efforts to achieve the stated alternative fuel related goals.<br />
“DLA Energy has and will continue to procure alternative jet fuels<br />
and marine diesel used in the services’ test and certification program,<br />
said Jeanne Binder, DLA Energy’s research and development program<br />
manager. “DLA Energy has partnered with the military services on<br />
research and development efforts related to alternative fuel. DLA<br />
Energy also collaborates with other federal agencies and the private<br />
sector in advancing the development and integration of alternative<br />
fuels into the supply chain.”<br />
Captain Waymire said NAVSUP is planning a major initiative for<br />
28 | MLF 5.4<br />
INTELLIGENT<br />
ENERGY<br />
CONTROL<br />
SYSTEMS<br />
next summer, the Great Green Fleet. They are currently contracting<br />
for and planning a demonstration that will involve a fleet exercise in<br />
which they will use hydro-renewable jet fuel and hydro-renewable diesel<br />
fuel. “We are going to buy 100,000 gallons of the hydro-renewable<br />
jet fuel, and 350,000 gallons of the hydro-renewable diesel, blend those<br />
to a 50-50 blend with the JP-5, our normal jet fuel, and F-76 our normal<br />
diesel fuel on the ships. So we will have a total of 200,000 gallons<br />
of the jet fuel and 700,000 gallons for the diesel fuel, and then we are<br />
going to use that as part of the exercise to show how we are about to<br />
burn these fuels on our ships.”<br />
In 2016, they plan to sail the Great Green Fleet. In that initiative,<br />
the requirements are substantially higher. They are planning to buy<br />
40,000 barrels, which is about 1.68 million gallons each of the hydrorenewable<br />
jet fuel and diesel fuel. The logistics challenges will be much<br />
more substantial, because once the fuel is blended, about 80,000 barrels<br />
of each product must be stored. “That’s not a drop in the bucket,<br />
that’s a lot of tanks at a major facility,” said Waymire. “A lot of logistics<br />
challenges to work through, but we will get there.”<br />
efficient energy control<br />
In addition to using renewable sources of energy, DoD is looking at<br />
opportunities to manage fuel and power in more effective and efficient<br />
ways.<br />
In addition to using renewable sources of energy, DoD is looking at<br />
opportunities to manage fuel and power in more effective and efficient<br />
ways, and lessen the dependency on traditional fuel. For example, final<br />
environmental testing will commence next year at APG on a tactically<br />
deployable micro-power grid, created by Williams-Pyro, which won<br />
a 2011 Tibbetts Award for technological innovation. The Intelligent<br />
Energy Control System (IECS) is an energy-efficient, plug-and-play<br />
micro-grid, which could save a significant percent of the DoD’s<br />
power-generation costs. The IECS is a scalable, mobile power grid that<br />
accommodates renewable and nonrenewable energy sources. It manages<br />
the power sources and electrical loads for optimal grid efficiency.<br />
With innovations like distributed controls and power-source neutrality,<br />
it can accept a range of power sources (like generators, solar, wind,<br />
or batteries), integrate them intelligently, and distribute high-quality<br />
power economically, which slashes fuel consumption.<br />
“We are talking about a brand-new technology,” said Pat Jacob,<br />
business development manager at Williams-Pyro. “What does it save<br />
in fuel? The generators are better managed so the fuel consumption<br />
goes down. We estimate that you are getting a 25 percent to 28 percent<br />
fuel savings. The way I look at it, if I can take one out of every four fuel<br />
trucks off the road, I am lessening the frequency, and that is a nice contribution.”<br />
The IECS also is estimated to improve operating efficiency<br />
by nearly 40 percent and reduce excess capacity by almost 90 percent.<br />
While innovators continue to research and develop new sources<br />
of energy, in the end, it comes back to supporting the warfighter and<br />
providing efficient and more secure ways to fuel their missions. “It is<br />
an evolving mission. Our programs are getting bigger and bigger,”<br />
said Iden. “The military services are looking for us to pick up more<br />
responsibilities… We are proud of what we can do to support our<br />
customers.” O<br />
For more information, contact MLF Editor Jeff McKaughan at<br />
jeffm@kmimediagroup.com or search our online archives for related stories at<br />
www.MLF-kmi.com.<br />
www.MLF-kmi.com
By henry canaday<br />
mlf correspondent<br />
canadayh@kmimediagroup.com<br />
Forward logistics is the toughest part of the supply chain, and<br />
without it all of the high-tech systems and massive warehouses<br />
in the rear are useless. The military service must play the major<br />
role here, in both repairs and delivery of replacement parts. But<br />
major contractors provide crucial assistance, in advice and testing,<br />
in training, in making crucial requirement forecasts and managing<br />
part distribution, and sometimes in parts delivery and actual<br />
repair work.<br />
ITT’s Single Channel Ground/Airborne Radio System (SINC-<br />
GARS) is a U.S. Army standard combat radio, with some used by<br />
the Marines and other services.<br />
ITT provides spares of both<br />
entire radios and components to<br />
warfighters through the Army’s<br />
supply system, said Doug Doerr,<br />
logistics service support manager<br />
for ITT Communication Systems.<br />
SINGCARS was designed so that<br />
modules would simply be replaced,<br />
rather than repaired. The Army<br />
handles distribution of spares for all<br />
Doug Doerr<br />
the services.<br />
Reset of SINGCARS is performed<br />
by the Army in Iraq and Afghanistan at organic intermediate maintenance<br />
facilities. Logistics support activity and federal logistics<br />
data systems track the parts from inventory to the maintainer.<br />
SINGCARS availability has been maintained at more than 99 percent<br />
and predicted mean time between failure is more than 3,500<br />
hours, versus a requirement of 2,329 hours.<br />
Doerr said the toughest support challenge in Iraq and Afghanistan<br />
is having replacement parts available both where and when<br />
they are needed. “There is not a large need for spare modules<br />
because they are so reliable, but given the density of deployment<br />
there is some need.”<br />
One requirement is ensuring the initial diagnosis of the faulty<br />
module is correct, or the wrong modules may be ordered, clogging<br />
up the supply system and delaying the correct replacement.<br />
So ITT has a forward support facility in Afghanistan that screens<br />
modules that have been coded as needing repairs. Modules that<br />
test “Good” are returned to inventory for use. The screening station<br />
also tests other ITT equipment and systems supplied by other<br />
manufacturers.<br />
For the Marines, ITT provides the transition switch module<br />
(TSM), essentially a high-tech switchboard for local and remote<br />
subscribers, circuit switching and multiplexing and other services.<br />
The Marines also use ITT’s Joint Enhanced Core Communications<br />
System (JECCS), which includes TSM and other gear in a shelter<br />
mounted on a heavy high mobility multipurpose wheeled vehicle.<br />
Field repairs of both TSM and JECCS are done by another<br />
private firm under a separate contract with Marine Corps Systems<br />
Command (MARCORSYSCOM). “They troubleshoot and replace<br />
line replaceable units,” Doerr said. Faulty equipment is sent first<br />
to a Marine depot in Albany and may be sent to ITT for warranty<br />
repair. ITT system engineers do major overhauls in Charleston,<br />
S.C., for both TSM and JECCS. The firm uses its equipment tracking<br />
system to track equipment delivered to the Marine Corps, as<br />
well as all warranty repairs.<br />
ITT is currently fielding the Global Network on the Move<br />
Active Distribution, a system for voice, video and data communication<br />
over satellite that can be mounted on a wide variety of<br />
vehicles. ITT field support engineers will do field repairs initially,<br />
using parts from initial spare stocks.<br />
www.MLF-kmi.com MLF 5.4 | 29
Sikorsky has CH-53 Sea Stallions deployed with the Marine<br />
Corps and UH-60 Black Hawks deployed with the Army, Air Force<br />
and Special Operations Command in Iraq and Afghanistan. George<br />
Mitchell, director of military customer support, estimates roughly<br />
400 helicopters are deployed in both theaters.<br />
Sikorsky works through the Defense Logistics Agency (DLA)<br />
to ship needed parts into theater. Mitchell says the real key is<br />
making accurate forecasts of part requirements, as many parts<br />
require long lead times and must be made by Sikorsky’s 1,600 own<br />
suppliers. “We work closely with the Army and have field service<br />
representatives (FSRs) on the ground to gather information, do<br />
analytics and predict what parts will be needed.”<br />
When units using Sikorsky equipment are deployed, the company<br />
works with them to ensure initial stocks of spares will be<br />
adequate at forward operating bases. As experience is gained in the<br />
field, it is used to improve the design of components: for example,<br />
engine filters.<br />
Organic units do field repairs, with coaching from Sikorsky<br />
FSRs. Aircraft or components needing deeper repairs are returned<br />
to Corpus Christi for the Army’s Black Hawks and Cherry Point<br />
for the Marines’ CH-53s. If necessary, they may get further maintenance<br />
at Sikorsky’s factory. The Army handles most repairs and<br />
the supply chain for all the Black Hawks, including those flown by<br />
the Air Force and special operations.<br />
The biggest support challenge is that these aircraft operate<br />
in tough environments, “very dirty and dusty,” Mitchell said.<br />
“We make a forecast three to five years out so our suppliers can<br />
make the capital investment to be responsive, and we drive a hard<br />
bargain on price.” Sikorsky partners with the Army at Corpus<br />
Christi, but does not have a performance-based logistics (PBL) or<br />
contractor logistics support (CLS) agreement on either CH-53s or<br />
Black Hawks. “We are in conversations with the Army on a PBL,”<br />
Mitchell noted. Sikorsky uses SAP to track and manage its own<br />
supply responsibilities.<br />
Sikorsky is now supplying S-92s and S-61s rotor-wings for<br />
civilian uses in Afghanistan. Support will be provided under a total<br />
services agreement by HSI, one of Sikorsky’s sister companies.<br />
Navistar has its 7000-MV trucks serving with<br />
the Iraqi and Afghan armies and police forces,<br />
noted Jim Grooms, director of sustainment<br />
for Navistar Defense. “These are<br />
medium-duty trucks and have all sorts<br />
of variants, for water, fuel and cranes,”<br />
Grooms explained. He estimates<br />
there are 10,000 in Afghanistan and<br />
more than 8,000 in Iraq. The 7000<br />
series is a ruggedized, militarized<br />
version of commercial trucks.<br />
For the U.S. military, Navistar<br />
provides the MaxxPro mine-resistant<br />
ambush protected (MRAP) family of<br />
vehicles, including the lighter Maxx-<br />
Pro Dash and a new MaxxPro wrecker.<br />
Counting all trucks and MRAPs<br />
for both U.S. and local forces, Grooms<br />
estimated Navistar has more than<br />
25,000 vehicles in Iraq and Afghanistan.<br />
For the 7000-MV trucks, Navistar uses<br />
30 | MLF 5.4<br />
a commercial network for part and service support. It has signed<br />
up commercial firms in Afghanistan and Iraq to provide parts for<br />
the trucks, training manuals and technical tools. “Typically we<br />
establish a dealer relationship, with a company that is already in<br />
the country or is going in,” Groom explained.<br />
AMS Automotive provides services for Navistar 7000-MVs in<br />
both countries.<br />
For the MaxxPro MRAPs, Navistar provides most parts to the<br />
military in the United States and these parts flow through the<br />
military supply chain for distribution to the field. The exception to<br />
this rule is their wrecker. Parts that are unique to this vehicle and<br />
not common with other MaxxPro MRAPs are delivered by Navistar<br />
itself to the field.<br />
Navistar has field FSRs in Iraq and Afghanistan. These reps<br />
advise on maintenance decisions, instruct customers on both<br />
operation and maintenance procedures, and “turn wrenches”<br />
when necessary, Grooms said.<br />
A Navistar country manager is meeting with Iraqi Army and<br />
police officials to establish long-term operational and training<br />
programs for 7000-MVs. A similar program will be launched in<br />
Afghanistan. Parts will continue to come from the dealers Navistar<br />
has established in both countries.<br />
<strong>Gen</strong>eral Dynamics Land Systems’ main platforms in Iraq and<br />
Afghanistan are the M1 Abrams, the Stryker infantry armored<br />
vehicle and the MRAP RG31. GDLS has over 500 employees<br />
deployed in the two theaters to support its equipment.<br />
“The Stryker is on full CLS,” said GDLS Senior Vice President<br />
Rick Gillette. “We have a warehouse for parts in Washington and<br />
are responsible for distribution of parts.” Under CLS, GDLS is also<br />
responsible for much of the field repair on Strykers in both Iraq<br />
and Afghanistan and has GDLS employees stationed at forward<br />
observation bases.<br />
CLS was initially used for the Stryker because deployment was<br />
so fast there was not time to prepare organic capabilities. Although<br />
GDLS has been responsible for part distribution, parts go out<br />
under a government bill of ladling and movements are tracked by<br />
an Army system.<br />
Even on Strykers, the Army is going from “blue to green,” Gillette<br />
said. This is the shift from contractor repair work<br />
to repairs done by uniformed soldiers in organic<br />
units. The Stryker brigades in U.S. garrisons<br />
have already made the shift, but the two brigades<br />
in Iraq and Afghanistan have not yet been<br />
converted.<br />
The other platforms have<br />
been handled more traditionally.<br />
“For Abrams and MRAPs,<br />
they use the government for<br />
the supply chain, but we have<br />
FSRs deployed with the brigades,”<br />
Gillette explained. For<br />
the RG31, 70 FSRs help the<br />
military’s organic units with<br />
troubleshooting, but soldiers<br />
do day-to-day repairs. “We also<br />
help them order the right parts<br />
and tell them when to order. We<br />
are the platform experts.”<br />
Transition switch module. [Photo courtesy of ITT]<br />
GDLS is selling 140 Abrams<br />
www.MLF-kmi.com
tanks to the Iraqi Army and is helping to train Iraqi soldiers on<br />
troubleshooting the tank. Iraqi and U.S. officials must still determine<br />
how these Abrams will be supported over the long-term.<br />
The main support challenge for all GDLS platforms has been<br />
the conflicts in both theaters. “They have been hit<br />
pretty hard out there,” Gillette observed. GDLS has<br />
two battle-damage-repair stations for the Stryker, one<br />
in the U.S. and one in Afghanistan. All battle-damage<br />
work on the Abrams is done at Anniston Army Depot.<br />
“We have a warfighter forum each year so they<br />
can tell us about their successes and what they would<br />
like to see improved,” Gillette said. “We get a lot of<br />
mail about how much they appreciate our people<br />
being out there. We are one of the few companies that<br />
have so many people out there. And most of ours are<br />
ex-military, so they know what to expect.”<br />
Lockheed Martin provides direct support to MAR-<br />
CORSYSCOM in Afghanistan with an integration team that performs<br />
inspections and installations of Army and Navy vehicle<br />
radio-communication systems used in six-wheel-drive all-terrain<br />
vehicles and the new Marine Corps heavy payload truck, according<br />
to Carey Smith, vice president of technical services at Lockheed<br />
Martin Global Training and Logistics.<br />
Since 2003, Lockheed mechanics have provided field and<br />
sustainment maintenance in Kuwait and field maintenance in<br />
Afghanistan, primarily for U.S. Army vehicles. This can include<br />
“anything from small power generation equipment and wheeled<br />
vehicles such as Strykers and MRAPs, to tracked vehicles such as<br />
the M1,” Smith said.<br />
Lockheed has a PBL, the Fleet Automotive Support Initiative–<br />
Global, with DLA. Under this PBL, “we deliver more than 1,200<br />
part numbers to repair tactical and non-tactical wheeled vehicles,”<br />
Smith said. Lockheed Martin is also responsible for ensuring<br />
aircraft tires are delivered to the Navy under the Naval Tires PBL<br />
program and to the Army and Air Force under the Aircraft Tires<br />
Privatization Initiative.<br />
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Rick Gillette<br />
Lockheed Martin repairs and maintains the fleet of special<br />
operations aircraft, ground vehicles, weaponry and electronic<br />
equipment. “This includes managing a global supply chain of<br />
parts, warehouses and depots,” Smith said. “This means having<br />
the processes in place to anticipate and prepare for<br />
fast-turn requirements in support of U.S. missions<br />
around the world.”<br />
Through the Army Sustainment Command and<br />
Army Materiel Command, Lockheed manages the<br />
field logistics readiness centers at Forts Benning,<br />
Bragg and Stewart. These focus on heavy armor<br />
combat vehicles, large and small trucks, weapons,<br />
communications equipment, night vision and other<br />
sensors, kitchens, water purification and artillery.<br />
Supply chains work differently depending on<br />
program. For tire programs, warfighters place<br />
orders through regular channels, and orders are<br />
passed electronically to Lockheed’s execution management system<br />
and sent to the appropriate warehouse. Tires are shipped by<br />
common carriers. Under the Fleet Automotive PBL, international<br />
orders are sent first to government consolidation points for overseas<br />
shipping.<br />
Lockheed developed its own system, SCM+, to manage the<br />
supply chain, with an execution suite to oversee orders, inventory<br />
and warehouses and a decision-support system to plan, forecast<br />
demand and anticipate needs.<br />
Smith said the toughest support challenges in Iraq and Afghanistan<br />
are hostile environments and activities, and the terrain in<br />
Afghanistan. “Road networks are in short supply and those that do<br />
exist are heavily traveled and not in optimum condition.” O<br />
For more information, contact MLF Editor Jeff McKaughan at<br />
jeffm@kmimediagroup.com or search our online archives for related stories at<br />
www.MLF-kmi.com.<br />
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MLF_Mar2011.indd 1 3/7/2011 2:38:10 PM<br />
www.MLF-kmi.com MLF 5.4 | 31
The 21st century may well be described as the green millennium,<br />
as the push for environmentally-responsible policies and products<br />
permeates the civilian and military worlds. From solar paneled roofs<br />
to hybrid vehicles to specific driving regulations to reduce fuel usage,<br />
more companies are investing in technologies that allow them not only<br />
to produce environmentally friendly consumables but also to minimize<br />
their own environmental footprint in the process. The federal government<br />
has made green a priority, and on October 5, 2009, President<br />
Obama signed Executive Order (EO) 13514 “Federal Leadership in<br />
Environmental, Energy, and Economic Performance,” which aims “to<br />
establish an integrated strategy towards sustainability in the Federal<br />
Government and to make reduction of greenhouse gas emissions a<br />
priority for Federal agencies” and supplements EO 13423 “Strengthening<br />
Federal Environmental, Energy, and Transportation Management”<br />
signed by President Bush in 2007.<br />
green initiatives<br />
As DoD’s largest combat support agency, the Defense Logistics<br />
Agency (DLA) sustains military operations and is responsible for almost<br />
all of DoD’s consumables, from uniforms to construction supplies—<br />
and perhaps most critically—fuel. In one of the largest fuel cell pilot<br />
programs in the world, DLA has integrated more than 115 hydrogen<br />
fuel cell forklifts and four hydrogen fueling systems into four DLA<br />
operations nationwide. Compared with petroleum- and battery-power,<br />
hydrogen fuel cell offers the potential for lower emissions, said DLA<br />
spokeswoman Mimi Schirmacher. Additionally, DLA is testing hydrogen<br />
delivery capabilities, both from purchased hydrogen and from<br />
hydrogen that is generated naturally from excess wastewater treatment<br />
digester gas.<br />
The U.S. Army Tank, Automotive, Research, Development and<br />
Engineering Center (TARDEC), located in the Detroit Arsenal, is the<br />
systems integrator for all manned and unmanned DoD ground and<br />
32 | MLF 5.4<br />
defending the nation today<br />
means planning on Being<br />
good stewards of tomorrow.<br />
By maura mccarthy<br />
mlf correspondent<br />
mccarthym@kmimediagroup.com<br />
combat support systems. On the cutting edge of green initiatives,<br />
TARDEC develops, matures and integrates technologies into the current<br />
and future ground fleet, focusing on both tactical and non-tactical<br />
vehicles.<br />
Not only does TARDEC work to develop green technologies for<br />
military vehicles, but the command also integrates environmentally<br />
responsible practices on base. In 2003, TARDEC was the first Army lab<br />
to be ISO14001 certified and is currently building a new ground system<br />
power and energy laboratory that will be LEED Silver certified. With<br />
vehicles playing an integral role in logistics on military bases, TARDEC<br />
is also involved in greening other installations. At the Schofield Barracks,<br />
Hawaii, TARDEC has developed a 250 kW solar powered microgrid<br />
that partially powers the base and integrates a vehicle-to-grid or<br />
grid-to-vehicle model. Chief Scientist Dr. David Gorsich explains that<br />
such micro-grids can be used on a smaller base, such as forward operating<br />
bases, where vehicles can tie into an alternative energy power grid,<br />
providing power to the base and essentially becoming a generator; in<br />
reverse, the base micro-grid can actually power the vehicle. TARDEC is<br />
planning on building a micro-grid on its own facility as well.<br />
As a leader in energy efficiency, HDT engineers develop innovative<br />
solutions including environmental control units, filtration systems,<br />
heaters, shelters and power generation sources for expeditionary environments.<br />
The HDT environmental control unit (ECU) product line<br />
includes air conditioners that contain environmentally-sound coolant<br />
refrigerant and scroll compressors that allow units to be more efficient.<br />
HDT has also begun testing an energy efficient environmental control<br />
unit (EEECU) that uses less power as compared to currently fielded<br />
units.<br />
HDT is also the sole provider of an SHC heater, a thermo-electric<br />
heater that is self-powered, which reduces the load on the base’s power<br />
grid. Vice president of business development for HDT Expeditionary<br />
Systems, Mike Stolarz, broke down the numbers. “A 35 kW generator<br />
burns two and a half to three gallons of fuel per hour under full load to<br />
www.MLF-kmi.com
provide a heat source. We can run the SHC heater by itself burning 0.2<br />
gallons per hour, which is tremendous when you multiply that by the<br />
hundreds.” Both the EECU and SHC are standard for the Marine Corps.<br />
Additionally, HDT engineers solutions to render exiting shelters<br />
more efficient through better insulation and incorporates these solutions<br />
into new models. HDT’s shade fly provides solar mitigation by<br />
reducing the solar load on the shelter so that less energy is used to<br />
cool it. HDT radiant barriers, currently used by the Marine Corps, are<br />
inserted on fielded shelters as well as in new shelter systems. The HDT<br />
Tempshield radiant barrier is effective in mitigating conductive, convective<br />
and radiant heat transfer forms. The barrier alone has reduced<br />
ECU run times by over 50 percent.<br />
When it comes to legacy power systems, Stolarz noted that these<br />
standard issued systems will not all be replaced, but they are just not<br />
as “smart” as they need to be. He explained that “the question then<br />
becomes how to enhance or ‘product extend’ the life cycle of these to<br />
make them last longer and to make them more efficient.” One way<br />
HDT does this, Stolarz said, is by installing ‘smart controls’ on generators,<br />
which enables the load to be monitored and adjusted based on<br />
priorities. For example, if one generator fails on a common grid, the<br />
air conditioner is cut off before the communications system or critical<br />
load loses power.<br />
HDT is also focused on introducing renewable energy sources ranging<br />
from wind, rigid solar and flexible solar panel technology. The HDT<br />
BOS (balance of systems) can harvest, manage and distribute power<br />
from these different sources. The system also has the ability to “talk” to<br />
generators, shore power and can auto-start generators.<br />
Navistar’s green credentials are extensive, and in 2008 it was<br />
the first company to win the EPA’s SmartWay designation as both a<br />
manufacturer and transporter. Navistar is a lead innovator for vehicles<br />
that reduce emissions and conserve energy and was the first company<br />
to produce smokeless diesel engines, hybrid school buses and hybrid<br />
commercial vehicles. The manufacturer of the Military Extreme Truck<br />
(MXT-MV), which is being tested by various commands including the<br />
Michigan Army National Guard, also produces the most aerodynamic<br />
heavy trucks available and is working with NASA and Lawrence Livermore<br />
National Laboratory to further improve the design by reducing<br />
the drag, saving energy and cutting carbon dioxide emissions. Navistar<br />
not only manufactures environmentally responsible consumables<br />
but also integrates environmental stewardship into their business<br />
operations. In addition to being awarded EPA’s SmartWay designation,<br />
Navistar is a partner in the EPA’s Climate Leader program, is active in<br />
the Business Roundtable’s Climate Resolve Program, and its Springfield,<br />
Ohio, operations is an accredited corporate wildlife program with<br />
the Wildlife Habitat Council. Additionally, Navistar’s South American<br />
subsidiary, MWM International, touts white rooftops in order to lower<br />
carbon dioxide emissions in support of the One Degree Less initiative.<br />
As the world’s largest package delivery company, UPS makes energy<br />
efficiency a priority. While UPS has 1,900 alternative fuel vehicles<br />
currently in operation, Tim Shaw, managing director of government<br />
sales noted that UPS is “aggressively moving towards addressing every<br />
type of vehicle in our fleet to reduce our dependence on imported oil<br />
and reduce greenhouse gases.” UPS not only boosts green vehicles,<br />
but the company integrates energy efficient practices throughout its<br />
operations, such as minimizing left-hand turns on delivery routes and<br />
requiring special landing techniques for their aircraft in order to conserve<br />
fuel. In an attempt to further reduce its carbon footprint, UPS has<br />
recently begun offering a carbon neutral option to its customers who<br />
pay a small premium for each package shipped to negate the emissions<br />
Fleet Energy Conservation<br />
The Naval Surface Warfare Center, Carderock Division (NSWCCD) has<br />
issued a broad agency announcement seeking white papers from<br />
industry and academia for energy conservation applications for the<br />
U.S. Navy. The goal is to find innovative concepts that can introduce<br />
applications for Navy shipboard energy conservation and carbon<br />
footprint reduction with the potential for rapid transition to fleet<br />
operation.<br />
The target segment of the fleet is the ships operated by Military Sealift<br />
Command: Combat Logistics Force, Auxiliaries and Sealift. The Navy<br />
will consider approaches that modify systems and/or operations to<br />
affect quantifiable energy conservation and carbon footprint reduction<br />
in the fleet.<br />
Technology maturity should, at a minimum, have basic technological<br />
components integrated with reasonably realistic supporting elements<br />
and be capable of demonstrating prototype operation in a relevant<br />
environment by the conclusion of Phase II. Emphasis is placed on<br />
technologies with an identified transition path capable of making<br />
near-term, measurable improvements to Navy energy conservation<br />
and carbon footprint reduction. Solutions of all levels of development<br />
will be considered, ranging from near-term strategies applicable to<br />
existing ship classes to those suitable for new construction and future<br />
design. Technology maturity, however, will be a criteria of evaluation<br />
considered with preference shown for solutions with more immediate<br />
impact.<br />
There are two identified focus areas:<br />
1. Energy Efficiency Improvements for Shipboard Lighting<br />
New developments in lighting technologies provide significant<br />
opportunities for increased energy efficiency. Solid state lighting, highefficiency<br />
fluorescent lighting and occupancy lighting sensors are just<br />
three examples of these technologies, in addition to many others that<br />
are currently under development. The Navy is interested in upgrading<br />
existing lighting systems with cost-effective options that will increase<br />
energy efficiency while meeting any applicable illumination and<br />
hazardous Class I, Division II requirements. Low-cost replacements<br />
that meet the form, fit and function of our current bulbs and fixtures<br />
are desired. The life cycle costs from acquisition, installation, energy<br />
use, maintenance, replacement cycles and disposal will be the most<br />
important factor during evaluation.<br />
2. Energy Efficiency Management System with<br />
Display and Interface<br />
System needed to monitor and optimize ship performance and<br />
fuel efficiency; fuel savings by route optimization; diagnosis of<br />
malfunctions and problems causing inefficiencies. The system(s)<br />
may monitor various aspects of ship performance, energy usage and<br />
environmental conditions, and provide the information for real-time<br />
decision making, either manually or automated, to manage and<br />
optimize the ship’s energy usage and fuel efficiency under various<br />
conditions and operating modes. The system or tool should include<br />
human interface(s) (e.g., graphical user interfaces) for easy human<br />
monitoring, thus enabling sound decisions to be made based on realtime<br />
performance feedback.<br />
www.MLF-kmi.com MLF 5.4 | 33
produced by that shipment. Shaw explained that “UPS is also determining<br />
new ways to upgrade new and existing facilities to conserve energy<br />
and utilize alternative energy sources, such as solar, where possible.”<br />
integration challenges<br />
Highlighting the challenges that must be overcome when transitioning<br />
to green innovations, DLA spokeswoman Schirmacher<br />
explained, “These cutting-edge clean technologies are relatively new<br />
to the market, and they are competing with incumbent technologies<br />
that have had many decades to reduce production costs and establish<br />
structured markets. We are adopting fuel cells at a time when costs<br />
are still falling and the technologies are still evolving. DLA decisionmakers<br />
have to balance this fact with the desire to invest in technology<br />
improvements for the long haul.”<br />
TARDEC’s Gorsich highlighted the challenges of integrating green<br />
vehicles into combat and the trade-offs between efficiency requirements<br />
and military requirements. “To make a vehicle energy-efficient<br />
it must be light, so there is a trade-off that must be made: Do you put<br />
armor on it to protect the soldiers or do you make it lighter to have a<br />
fuel-efficient vehicle? A fuel-efficient vehicle uses less fuel, meaning you<br />
need to transport less fuel to the battlefield, meaning fewer soldiers and<br />
convoys, which could save lives. It’s a complicated process where you<br />
must ask, will this new technology impact logistics? Will it improve<br />
fuel economy? Will it affect the survivability of soldiers? TARDEC plays<br />
a major role in this analysis.”<br />
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An additional challenge Dr. Gorsich highlighted is the reliability of<br />
incorporating new technologies, such as hybrids or fuel cells, which<br />
can cause a larger logistical issue if they fail and require the transport<br />
of replacement batteries or unexpected maintenance costs. “The Army<br />
needs to make sure there are not going to be negative impacts to<br />
logistics or maintenance. We want to find technologies that we can<br />
afford, that can improve the performance of the system, and we need<br />
to make sure we understand the logistics and maintenance impact of<br />
the technologies.”<br />
UPS’s Shaw sees infrastructure and cost as the main hurdles in the<br />
transition to greener technologies and points to government incentives<br />
as a mechanism to offset initial costs of alternative fuel vehicle technology<br />
and fueling infrastructure. Shaw explained, “In some cases, new<br />
technologies cost 100 percent more than their fossil fuel equivalents.<br />
Government incentives accelerate adoption of the technology, reduce<br />
incremental costs of the systems, and reduce the payback period necessary<br />
to realize the investment. Remember, even if UPS purchased<br />
50,000 natural gas vehicles tomorrow, where are the fueling stations<br />
to keep them running? The technology is still very expensive and the<br />
infrastructure to support it is still largely non-existent.”<br />
a greener future<br />
A near-term goal of TARDEC is increasing the efficiency of a vehicle’s<br />
power train so as to decrease fuel consumption, which is one of the<br />
most significant drivers of logistics on the battlefield. Due to the reliability<br />
challenges posed by full hybrid systems and the more demanding<br />
requirements for military vehicles, the integration of hybrid vehicles is<br />
a longer-term goal. TARDEC is slowly introducing hybrids in simple<br />
ways, such as electrifying vehicles so that they may be a substitute for<br />
generators, which have significant impact on logistics.<br />
U.S. Army Natick Labs has recently completed testing an HDT<br />
developed micro-grid that will be reviewed by the Army at a year-long<br />
trial at Camp Devens. This micro-grid has the ability to “talk” to renewable<br />
energies, to current legacy generators and to new HDT generators;<br />
it is a “smart grid” that can monitor loads and auto-start generators.<br />
Emphasizing the importance of energy efficiency, Stolarz noted, “As<br />
a total solutions provider in the expeditionary world, one of our number<br />
one priorities is to listen to energy mandates, support the folks in<br />
theater and focus on improving all of our products. It’s two camps:<br />
enhancement of existing products as well as moving to the next chapter<br />
of more efficient products.”<br />
In August 2009, Navistar received a $39 million grant from the<br />
federal government to develop and build all-electric commercial vehicles.<br />
Designed for urban environments, the Navistar eStar offers zero<br />
tailpipe emission, has a two-ton-plus carrying capacity and a projected<br />
range of as much as 100 miles per charge.<br />
Having purchased 48 liquefied natural gas vehicles, UPS is collaborating<br />
with Clean Energy to build a second fueling station for these<br />
vehicles in Las Vegas. As a global leader in transport, “There is no better<br />
vehicle proving ground than UPS’s global shipping network. Internally,<br />
UPS will continue, as we always have, to find better, more efficient ways<br />
to conduct our day-to-day operation and maintain our facilities,” said<br />
Shaw. O<br />
For more information, contact MLF Editor Jeff McKaughan at<br />
jeffm@kmimediagroup.com or search our online archives for related stories at<br />
www.MLF-kmi.com.<br />
www.MLF-kmi.com
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HDT ....................................................................... 27<br />
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ILS ......................................................................... 31<br />
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Institute for Defense and Business ............................. C3<br />
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JLG Industries ......................................................... C2<br />
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Maersk Line Limited ................................................. 15<br />
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Military Logistics Summit ......................................... 12<br />
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Northrop Grumman Ground Combat ......................... 20<br />
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Pelican-Hardigg ...................................................... 13<br />
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Performance Based Logistics 2011 ............................. 34<br />
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Quad Cities ...............................................................9<br />
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SAIC ....................................................................... 11<br />
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Sea Box ....................................................................7<br />
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Trailer Transit ......................................................... 25<br />
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Williams Electrolinx ................................................. 28<br />
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OC-alC<br />
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AAI Logistics & Technical Services .................................... 3<br />
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Chromalloy ....................................................................... 9<br />
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Northrop Grumman ....................................................... C2<br />
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Northrop Grumman ...................................................... 4-5<br />
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calenDar<br />
May 10-12, 2011<br />
Army Sustainment Symposium<br />
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www.ausa.org<br />
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Army National Guard Logistics<br />
Management Seminar<br />
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NEXT ISSUE<br />
cover and In-Depth<br />
Interview with:<br />
Vice Adm.<br />
Alan S. Thompson<br />
Director<br />
Defense Logistics Agency<br />
FEATURES<br />
We Are DLA<br />
Profiles of DLA’s command,<br />
support and supply elements<br />
CONUS and OCONUS.<br />
DLA’s Role in Recap/<br />
Reset<br />
Keeping equipment missionready<br />
with a high OTEMPO is a<br />
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Global Tracking<br />
With a mobile and global<br />
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Prime Vendor<br />
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DLA’s use of prime vendors is<br />
trend-setting.<br />
BONUS DISTRIBUTION:<br />
June 27-30, 2011<br />
DLA Industry Conference<br />
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www.ndia.org/meetings/1780<br />
July 25-27, 2011<br />
Performance Based Logistics<br />
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www.pblusa.com<br />
Vol. 5, Issue 5<br />
Defense<br />
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www.MLF-kmi.com MLF 5.4 | 35
inDustry interView Military logistics ForuM<br />
Harinder Grewal is senior vice president<br />
of StandardAero’s government and military<br />
sector. He joined StandardAero in 1992 and<br />
has been a key member of the company’s<br />
military business management team for<br />
over 10 years.<br />
Q: Can you give us some background on<br />
StandardAero and the company’s work<br />
with the DoD logistics arena?<br />
A: StandardAero, celebrating its 100th<br />
anniversary, is one of the world’s largest<br />
independent providers of services including<br />
engine and airframe repair and overhaul,<br />
engine component repair, engineering<br />
services, interior completions, and paint<br />
applications. StandardAero serves a diverse<br />
array of customers in business and general<br />
aviation, airline, military, energy and VIP<br />
completions markets.<br />
We provide MRO services to the U.S.<br />
armed forces and to other military endusers<br />
throughout the world, generally under<br />
long-term contracts. We provide MRO services<br />
for our military customers primarily<br />
for the Rolls-Royce T56 and AE2100 engine<br />
platforms. These engines power widely utilized<br />
aircraft such as the C-130 Hercules,<br />
the P-3 Orion, and the C2 Greyhound. We<br />
are a leading provider of comprehensive<br />
[depot-level] MRO services for these engines<br />
for the U.S. Air Force, Navy, Marine Corps,<br />
the Department of Homeland Security and<br />
the Canadian Air Force. This USAF contract<br />
was awarded in 1999 and we have earned<br />
extensions to 2014.<br />
We also provide MRO services on other<br />
military engine platforms, including the<br />
PT6 for the military trainers and the Rolls<br />
Royce model 250 engine for military helicopters.<br />
Q: How is StandardAero helping DoD<br />
meet its current logistics objectives?<br />
A: For example, an overhaul of a T56 engine<br />
involves the inspection, replacement or<br />
refurbishment of 5,500 or more parts and<br />
approximately 170 separate work orders.<br />
These are obviously very complicated and<br />
exacting repairs.<br />
36 | MLF 5.4<br />
Harinder Grewal<br />
Senior Vice President, Government & Military<br />
StandardAero<br />
Even so, we typically average between<br />
40 and 60 days for a full overhaul on the<br />
majority of our engine programs. In order to<br />
overhaul engines quickly, we must perform<br />
and integrate numerous parallel processes<br />
and assemble numerous components into<br />
subassemblies before final assembly.<br />
Our factories are purposely designed and<br />
engineered for speed and a high degree of<br />
process control. The industry-leading turn<br />
times allow the DoD to receive their assets<br />
back faster, thereby minimizing the number<br />
of assets required in inventory. Additionally,<br />
the tight process controls enable Standard-<br />
Aero to produce engines that last the longest<br />
on wing.<br />
Q: What are some of the new programs you<br />
are working on in partnership with DoD?<br />
A: We’ve been providing world-class engineering<br />
support to military customers for<br />
more than 50 years. With over 300 engineers<br />
and 11 different sites across North America,<br />
StandardAero has a significant experience<br />
base to support multiple engineering service<br />
IDIQ contracts within the DoD.<br />
Additionally, we are developing new<br />
technologies on three fronts. First, we continue<br />
to develop new reliability centered<br />
maintenance tools that provide DoD with<br />
technologies that allow them to extend<br />
engine time on wing and reduce cost-perhour<br />
by optimizing the work performed<br />
during each shop visit.<br />
Secondly, we design, build and sustain<br />
test cells for DoD customers. Our growing<br />
expertise in data analysis, modeling and<br />
simulation allow us to vastly improve test<br />
system availability while cutting support<br />
costs.<br />
And thirdly, we develop new technologies<br />
such as serious games and electronic<br />
job aids to help DoD personnel perform<br />
more effectively.<br />
Q: Is serious gaming and the electronic job<br />
aids a new activity for Standard Aero?<br />
A: The development of a serious game is<br />
just one way that we help our customers<br />
improve operational performance and is not<br />
a new activity for StandardAero.<br />
The serious game, affectionately titled<br />
“My Herc Don’t Work,” includes characters,<br />
building environments and a 3-D<br />
immersive learning environment. While<br />
the game is intended to be fun and engaging,<br />
its objective is quite profound. Like our<br />
many other electronic job aids, the game<br />
is targeted at a specific problem—namely<br />
the experience gap that has eroded effective<br />
troubleshooting skills. Through our<br />
Informed Maintenance process, our engineers<br />
discovered that some of the engine<br />
accessories sent to us for repair had nothing<br />
wrong with them. The game will accelerate<br />
the experiential learning process and<br />
build troubleshooting skills.<br />
Our engineers continue to mine customers’<br />
data and uncover areas where technicians<br />
need support. For example, the<br />
data showed that some engines were being<br />
removed because technicians had difficulty<br />
relating tech manual information to borescope<br />
images. We created a borescoping<br />
performance support system that addresses<br />
this specific problem—and we have seen<br />
great results. In short, we use Informed<br />
Maintenance to target specific areas for<br />
the application of new technologies, ensuring<br />
a high return on investment for our<br />
customers.<br />
Q: What are some of the main challenges<br />
you face in meeting the needs of military<br />
customers?<br />
A: We recognize that budgets are changing.<br />
To adapt to this new reality, we need to apply<br />
our proven lean tools to generate additional<br />
value for DoD. We see enormous potential<br />
to improve the effectiveness of sustainment,<br />
reducing waste and cost. O<br />
harinder.grewal@standardaero.com<br />
www.MLF-kmi.com
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