TMM (rapid bridge system)

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TMM
A TMM bridge-laying vehicle of the NVA (1967)

A TMM bridge-laying vehicle of the NVA (1967)

General properties
crew 3
length 9.3 m (vehicle with bridge)
width 3.2 m (vehicle with bridge)
height 3.15 m (vehicle with bridge)
Dimensions 19 tons
Armor and armament
Armor unarmored
Main armament unarmed
Secondary armament unarmed
agility
drive In-line six-cylinder diesel engine
151 kW (205 PS)
Top speed 55 km / h (road)
Power / weight
Range 530 km (road)

The TMM ( Russian ТММ, тяжёлый механизированный мост , in German: " heavy mechanized bridge ") is a military rapid bridge system from Soviet production and conceptually comparable to the nature of bridge-laying tanks. However, only off-road wheeled vehicles are used in the TMM system. The TMM system was introduced into the Soviet Army in 1964 and replaced the KMM system; it was also exported to other Warsaw Pact states . The successor is the TMM-3 system.

technology

The rapid bridge system consists of four bridge laying vehicles on the chassis of the KrAZ-214 , which is equipped with a special mechanism for unfolding and laying out a bridge segment. Four such vehicles belong to a complete bridge set. The fully deployed bridge has a length of 10.5 m, the height of the supporting pillars can be adjusted between 1.7 and 3.2 m. When a complete set of four 10.5-meter individual bridges has been completed, the result is a total bridge length of 42 meters. The completion of the assembly process takes about 60 minutes. The transfer structure is designed for caterpillar and wheeled vehicles up to 60 tons.

Technical specifications

vehicle Complete sentence
crew 3 men 12 men
Bridge length 10.5 m (one segment) 42 m (four segments)
Bridge width 3.8 m
Track width 1.5 m
Load-bearing capacity of the bridge 60 tons
Height of the bridge 1.7 m (minimum) to 3.2 meters (maximum)
Time to move 15 min (one segment) maximum 45 to 60 min (four segments)
Maximum speed on the bridge 30 to 35 km / h

Web links

Individual evidence

  1. ^ A b c d e Department of the Army [DoD], Headquarters: Engineer Combat Operations, Part 101. 1979. Page 23.
  2. ^ A b Russell Phillips: Combat Engineering Equipment of the Warsaw Pact. Shilka Publishing, 2017.