MEMORANDUM FOR A1 - Air Force E-Publishing
MEMORANDUM FOR A1 - Air Force E-Publishing
MEMORANDUM FOR A1 - Air Force E-Publishing
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84 AFI91-202 5 AUGUST 2011<br />
9.5.3. Review and help develop plans and procedures for handling emergencies to include,<br />
but not limited to, SAFE HAVEN, SAFE CONVOY, HAZMAT response, AFI 10-2501 or<br />
UFC 3-260-01, and when required by law (e.g., Clean <strong>Air</strong> Act; Environmental Planning<br />
Community Right To Know Act; secure explosives holding areas IAW the Defense Travel<br />
Regulation, Part II, Chapter 25, etc.), or accidental release risk management programs for<br />
explosives.<br />
9.6. Missile Safety. Missile systems are ground-launched or air-launched and do not include<br />
unpiloted drones or remotely piloted vehicles. The aerospace vehicle, ground support and<br />
operational equipment, personnel, and the operational environment are all sources of mishaps.<br />
Typically, missile launch operations will be conducted from a Major Range Test Facility Base<br />
(MRTFB) range and will comply with DoDD 3200.11, Major Range and Test Facility Base<br />
(MRTFB), in addition to AFI 99-103, Capabilities-Based Test and Evaluation, and AFI 13-212,<br />
Range Planning and Operations, safety requirements as described in Chapters 1 and 2 of this<br />
instruction.<br />
9.7. Nuclear Surety. The goal of the <strong>Air</strong> <strong>Force</strong> Nuclear Weapons Surety Program is to<br />
incorporate maximum nuclear surety, consistent with operational requirements, from weapon<br />
system development through dismantlement. AFI 91-101 contains nuclear surety program<br />
requirements.<br />
9.8. Directed Energy Weapons (DEW). New weapons systems using the electromagnetic<br />
spectrum to produce high-energy lasers, high-power microwaves, particle beams and<br />
conventional-munition-driven electromagnetic pulse (EMP) systems are in various stages of<br />
development.<br />
9.8.1. Reasonable and prudent operational procedures shall be established so that hazards<br />
from DEW system operations present minimal risk to personnel, property, interoperability,<br />
the environment and end of life disposal issues IAW AFPD 91-4, Directed Energy Weapons<br />
(DEW) Safety, and AFI 91-401, Directed Energy Weapons Safety.<br />
9.8.2. Additionally, DEW systems will be safety certified prior to operational use IAW<br />
AFPD 91-4 and AFI 91-401. Since DEW systems are made up of multiple components and<br />
often integrated onto another platform, System Safety must be incorporated into the design<br />
and operation of DEW, refer to Chapter 11, System Safety, of this instruction.<br />
9.8.3. All directed energy systems that could be aimed above the horizon which could pose a<br />
potential threat to satellites or people in space will follow the procedures in DoDI 3100.11.<br />
9.9. Munitions Rapid Response Team. Hill AFB’s Munitions Rapid Response Team (MRRT)<br />
is manned with personnel knowledgeable in conventional munitions areas. This team is available<br />
to support MAJCOMs and units whenever they have a conventional weapons mishap or problem.<br />
They can be activated to respond within 24 to 48 hours. See Attachment 4 for specific guidance.<br />
9.10. Department of Defense Explosives Safety Board (DDESB). The DDESB is a joint<br />
board of the DoD. It is subject to the direction, authority and control of the Secretary of Defense,<br />
under the Deputy Under Secretary of Defense (Environmental Security).<br />
9.10.1. The board consists of a chairperson and an officer (O-6/GS-15 or above) from each<br />
of the military departments. In addition, each military department must designate an<br />
alternate. Within the <strong>Air</strong> <strong>Force</strong>, AF/SE provides the primary and alternate members.