WitrynaIMR-ЗМ is a tracked armoured vehicle developed on the T-72 tank platform, which is famous for its robustness, reliability and serviceability. It is equipped with 12.7mm … WitrynaIt is based on the Leopard 1 main battle tank. The Wisent 2 is an unusual multi-purpose vehicle. It can be reconfigured from Armored Engineer Vehicle (AEV) to Armored Recovery Vehicle (ARV) in less than 5 hours. The whole concept behind this vehicle is a modular platform, that can be fitted with various add-on and interchangeable equipment.
Chernobyl Exclusion Zone. Combat engineering vehicles IMR - 2
WitrynaThe Russian IMR-2mA Combat Engineer Vehicle is manufactured by Uralvagonzavod, who build the T-72 Main Battle Tank, the vehicle is a combat engineer vehicle based on the T-90 hull. It can be remotely operated. The Russian IMR-2mA Combat Engineer Vehicle Spec’s Crew – 2 Maximum speed – 50km/h Maximum cruising range on the … WitrynaThis combat engineering vehicle is operated by a 2-man crew. Variants. IMR: First version of combat engineering vehicle built on T-54/55 medium battle tank chassis, … highland 1500 hair dryer
Last batch of IMR-3M engineer armored vehicles ... - Army …
Witryna15 maj 2015 · Combat engineering vehicle The Kodiak combat engineering vehicle was developed for the Swiss Army. Specification Entered service 2009 Crew 3 men Dimensions and weight Weight ~ 55 t Length 10.2 m Width 3.54 m Height 2.3 m Armament Machine guns 1 x 12.7-mm Mobility Engine MTU MB-837 Ka501 diesel … WitrynaThe M728 Combat Engineer Vehicle ( CEV) is a full-tracked vehicle used for breaching, obstacle removal, and pioneering operations. Production commenced in 1965 and ceased in 1987. A total of 312 of … WitrynaIMR-3M. Combat engineering vehicle built on the T-90 main battle tank chassis. The vehicle is 9,320 mm long, 3,500 mm wide and 3,430 mm high and weighs 49.5 t with the KMT-RZ minesweeping device. The IMR-3M is powered by an 840-hp V-84MS multifuel diesel engine, producing a maximum speed of 60 km/h and a range of 500 km. how is atp made in photosynthesis