Oshkosh to reset US Army M-ATV fleet
Oshkosh has won a contract from the US Army to reset its Mine Resistant Ambush Protected (MRAP) All-Terrain Vehicles (M-ATVs), the company announced on 5 February.
The programme to reset 800 Oshkosh-made MRAP M-ATVs will help the army standardise its M-ATV fleet configuration and achieve 100% mission readiness of its primary MRAP platform.
Oshkosh won a reset contract for 500 M-ATVs on 6 August 2014 and three additional contract options for 100 M-ATVs each on 12 December. It has already begun deliveries of the reset vehicles and will continue to deliver them up to September 2015.
The reset process for M-ATVs begins with a comprehensive vehicle configuration and condition inspection. After this, the company completes repairs, replaces missing parts and installs the necessary upgrade kits to match the current configuration of each M-ATV variant in the enduring fleet. These kits include automatic fire extinguishing systems, an underbody improvement kit and other safety-related improvements and more.
John Bryant, senior vice president, defence programmes, Oshkosh Defense, said: 'The M-ATV reset programme will ensure that all soldiers operating in M-ATVs will have fully-capable, mission-ready vehicles with all of the latest protection and technologies.'
More from Land Warfare
-
US Navy expects to complete delivery of VAMPIRE CUAS to Ukraine this month
As the Ukraine continues to battle against Russia’s use of UAS in a range of sizes, the VAMPIRE CUAS will be used against higher-tier UAVs with the inclusion of a fuzed warhead.
-
Babcock looks to test swarm technology in military environment
SwarmCore, a technology designed to control swarming or individual uncrewed systems, offers protection in an environment where cyber threats can be present.
-
Rohde & Schwarz begins delivering combat net radios to German army
Rohde & Schwarz combat net radios (CNRs) include various interoperable form factors, such as vehicle and handheld radios, fixed stations, backpack radios, and a tactical radio for airborne platforms.