BAE submits proposal for MPF programme
BAE Systems has submitted its proposal for the US Army’s Mobile Protected Firepower (MPF) programme, the company announced 1 March.
The MPF vehicle will be used to provide the army’s Infantry Brigade Combat Team (IBCT) with a protected platform capable of delivering precision firepower, combined with the ability to move rapidly in a variety of terrain conditions.
BAE Systems' proposal incorporates an improved M8 Armored Gun System into a fully integrated MPF system. According to the company, the solution provides a highly survivable, lethal, mobile, and transportable vehicle system.
The vehicle is currently going through internal testing. The company will submit the vehicle to the army on 2 April to undergo additional US government testing as a part of the bid assessment process.
Jim Miller, director of business development at BAE Systems’ combat vehicles business, said: ‘Our solution is built around the IBCT’s needs and the evolving threats they face. It is as deployable as the IBCT’s other equipment and is easily sustained and maintained with assets already organic to the IBCT.
‘Our infantry fights in close terrain, urban areas, and remote locations, so a smaller, lightweight vehicle that still provides superior protection and lethality was essential to the design of our MPF offering.’
More from Land Warfare
-
AUSA 2025: Boeing wins $2.7 billion PAC-3 production contract as it explores supply chain expansion
Boeing will work with prime contractor Lockheed Martin to boost PAC-3 production capacity to hit higher delivery targets, as demand for the interceptors continues to surge.
-
AUSA 2025: AM General “on target” for JLTV full-rate production in 2026 as it uncrews a Humvee
AM General believes it has completed working with customers for the Joint Light Tactical Vehicles to reach a final version of the vehicle and to prepare to begin producing vehicles under full rate production.
-
AUSA 2025: Honeywell debuts SAMURAI CUAS system after demonstrations and trials
The system is designed to operate against uncrewed aerial systems (UAS) and has been demonstrated for the US Army and Department of Defense. It is designed to be agnostic and provide software and C2 systems in support of a range of sensors and effectors.