1966 US Army Vietnam War ARMOR ... - Survival Books

1966 US Army Vietnam War ARMOR ... - Survival Books 1966 US Army Vietnam War ARMOR ... - Survival Books

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WWW.SURVIVALEBOOKS.COMment may be ferried by Ml13's to se- g. Expansion and Exploitation of a Bridgecureand expand the bridgehead. Air head.cavalry units and other aviation and (1) When units reach the far shore, theairmobile units are utilized to assistsupporting fires should either be liftinsecuring and expanding the bridge-ed or shifted to deeper targets.head and ferrying personnel and (2) Any bridgehead must be quickly exequipment.When fording is not possi-panded and secured to protect theble and when the necessary tacticalcrossing site and permit assembly ofamphibious vehicles of the unit cross forces i the bridgehead area. Thethe obstacle and the far shore iscleared of enemy small arms fire,initial security and expansion of thebridgehead will be accomplished bybridges or rafts are erected and theunits that have the capability ofremaining personnel and vehicles crossing rapidly with little or nocross. Priority is given to tanks. Air preparation. Armored cavalry, airdefense weapons are moved acrosscavalry, airmobile forces, and mechaearlyin the operation to protect thenized infantry units have this capabilexpandingbridgehead from air at-ity. When planning crossing operatack.tions, commanders must consider the(4) Ferrying operations and amphibious placement of these units in the formavehiclesthat have to recross thetion.water obstacle by swimming, as in the (3) The tactical situation will decide howcase of ambulances, messenger vehi-far the units on the far shore will adcles,and supply vehicles, will requirevance. Units must be prepared for enentrancesand exits for one-way pas-emy counterattacks or to continue thesage. This will avoid traffic congestionmission on order.and confusion created by oncomingvehicles at the original crossing sites.For traffic procedures that govern (1) To achieve surprise or deception, ittraffic of amphibious vehicles whilemay be desirable to conduct crossingswaterborne, see paragraph 370.under blackout conditions. Such crossingsdiffer from daylight crossings in(5) Forces securing the near bank should that more stringent control and coorberelieved as soon as possible anddination are required to prevent overjointheir unit.concentration of vehicles at entrances(6) In nuclear warfare, overconcentration and exits and to prevent accidentsof troops in the bridgehead area mustwhile crossing. The amount of naturalbe avoided to avoid presenting a lu-light and availability of night visioncrative target. devices must be considered whenf. Fire Support. Maximum fire support is planningablackoutcrossing.brought to bear against known and suspected (2) During crossings at night or periodsenemy positions on the far shore. Smoke is of-of limited visibility, entrances and exitsmust be marked by lights or otherten employed, particularly on the flanks, tomeans that permit detection by thescreen the reconnaissance and crossing. Whendriver or vehicle commander. Refertankssupport by direct fire, arrangementsence points on the far shore must bemust be made for control of fires. Extra am-readily identifiable or illuminated inmunition must be made available to units tosome manner to assist in maintaininginsure that they have a complete load whendirection. Illumination aids may bethey cross. To increase and to extend the rangevehicle lights, tank-mounted searchofthe firepower in the bridgehead, amphibiouslights, flashlights, aiming post nightself-propelled mortars and artillery are crossedlights, chemiluminescent compounds,as soon as possible.and weapons fires. The devices used193

WWW.SURVIVALEBOOKS.COMwill depend on the equipment availa- k. Crossings During Cold Weather.ble and the tactical situation. As an (1) Crossings during cold weather, espeadditionalnavigational aid, lighted orcially under freezing conditions, areilluminated floating markers may behazardous and time consuming. Conusedto mark lanes. These markersning towers, antennas, and watermaybe locally fabricated or may beproofing equipment are vulnerable tothose described in FM 55-15. Aidsdamage by heavy drifting ice; alsoused during night crossings must notbilge pumps and linkage systems mayaffect the vision of the driver or vehi-freeze. Rescue and recovery operaclecommander.tions are more difficult. Safety of uni.Attachments. Armor units take advantage derwater reconnaissance personnel,of their speed, mobility, and amphibious andwhen provided, receives additional atdeepfording capabilities to seize bridges intacttention during these crossings.or to force hasty crossings against light or (2) When ice thickness permits crossingspoorly organized defenses, with or without theof tanks and heavy vehicles, the riverassistanceassistanceofofmechanizedmechanizedinfantryinfantryandanden-en-or lake is not an obstacle. However, agineers. When gineers. attached, mechanized Whenattahedmechnizreconnaissance infantryis necessary to deterandengineers closely follow the leading tanks.mine that the ice will support vehiclesEngineers remove or neutralize any demoli- that are to cross The banks may retionsor mines found on bridges, on abutmentsor approaches, or at the crossing sites; and theand exit. Ice may be reinforced bymechanized infantry assist in seizing and de-adding timber treads or other loadadding timber treads or other loadfending the bridges or sites. Organic person-distributing devices. Data on carryingdistributing devices. Data on carryingnel, augmented by engineers when required,capacity of ice and intervals and disconductthe crossing reconnaissance. When atances between vehicles are found incrossing site must be improved before tanksTMs 21-306 and 5-349. Entrances,can cross, mechanized infantry may have to es-exits, and lanes are marked in accordtablisha bridgehead on the far bank to protectance with unit SOP.crossing operations.Capro pbiliaties of Supporting Engineers.(3) When ice conditions do not permitl. CapbiitisfSpprtigngiees.crossing by vehicles and there are no(1) Engineers can support the crossing bridges or rafts available, clearingoperation by-the ice may be quicker and more eco-(a) Improving entrances and exits.nomical than reinforcing it. Personnel(b) Removing mines and obstacles.are placed on the far bank, by walk-(c) Conducting or assisting in under-ing across the ice if thickness permitswater reconnaissance. water reconnaissance,or by air vehicle, to secure the areaand to reconnoiter and prepare exit(d) Providing assault boats, rafts, fer- sites. Reconnaissance personnel onries, and bridging.the near bank select and prepare en-(2) In crossing operations, additional engineersupport may be furnished bytrances and determine where to placeexplosives to clear lanes through thecorps and army engineer units. Thisice. When more than one lane is to beapplies particularly in deliberate cleared, the distances between lanescrossing operations.must be sufficient to prevent the ice(3) The mobile assault bridge can be em- between lanes from drifting and closployedrapidly and will provide raftsing other lanes or damaging vehicles.or a floating bridge as required.After blasting, M114's and M113's(4) Bridging equipment may be fabricat- will move into the water to clear theed in the rear area and delivered bylanes of loose and drifting ice. Amaircraftto the work parties at thephibious vehicles should not be usedshoreline.to break ice as swamping may occur.194

WWW.SURVIVALEBOOKS.COMment may be ferried by Ml13's to se- g. Expansion and Exploitation of a Bridgecureand expand the bridgehead. Air head.cavalry units and other aviation and (1) When units reach the far shore, theairmobile units are utilized to assistsupporting fires should either be liftinsecuring and expanding the bridge-ed or shifted to deeper targets.head and ferrying personnel and (2) Any bridgehead must be quickly exequipment.When fording is not possi-panded and secured to protect theble and when the necessary tacticalcrossing site and permit assembly ofamphibious vehicles of the unit cross forces i the bridgehead area. Thethe obstacle and the far shore iscleared of enemy small arms fire,initial security and expansion of thebridgehead will be accomplished bybridges or rafts are erected and theunits that have the capability ofremaining personnel and vehicles crossing rapidly with little or nocross. Priority is given to tanks. Air preparation. Armored cavalry, airdefense weapons are moved acrosscavalry, airmobile forces, and mechaearlyin the operation to protect thenized infantry units have this capabilexpandingbridgehead from air at-ity. When planning crossing operatack.tions, commanders must consider the(4) Ferrying operations and amphibious placement of these units in the formavehiclesthat have to recross thetion.water obstacle by swimming, as in the (3) The tactical situation will decide howcase of ambulances, messenger vehi-far the units on the far shore will adcles,and supply vehicles, will requirevance. Units must be prepared for enentrancesand exits for one-way pas-emy counterattacks or to continue thesage. This will avoid traffic congestionmission on order.and confusion created by oncomingvehicles at the original crossing sites.For traffic procedures that govern (1) To achieve surprise or deception, ittraffic of amphibious vehicles whilemay be desirable to conduct crossingswaterborne, see paragraph 370.under blackout conditions. Such crossingsdiffer from daylight crossings in(5) Forces securing the near bank should that more stringent control and coorberelieved as soon as possible anddination are required to prevent overjointheir unit.concentration of vehicles at entrances(6) In nuclear warfare, overconcentration and exits and to prevent accidentsof troops in the bridgehead area mustwhile crossing. The amount of naturalbe avoided to avoid presenting a lu-light and availability of night visioncrative target. devices must be considered whenf. Fire Support. Maximum fire support is planningablackoutcrossing.brought to bear against known and suspected (2) During crossings at night or periodsenemy positions on the far shore. Smoke is of-of limited visibility, entrances and exitsmust be marked by lights or otherten employed, particularly on the flanks, tomeans that permit detection by thescreen the reconnaissance and crossing. Whendriver or vehicle commander. Refertankssupport by direct fire, arrangementsence points on the far shore must bemust be made for control of fires. Extra am-readily identifiable or illuminated inmunition must be made available to units tosome manner to assist in maintaininginsure that they have a complete load whendirection. Illumination aids may bethey cross. To increase and to extend the rangevehicle lights, tank-mounted searchofthe firepower in the bridgehead, amphibiouslights, flashlights, aiming post nightself-propelled mortars and artillery are crossedlights, chemiluminescent compounds,as soon as possible.and weapons fires. The devices used193

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