Autonomous military vehicles and an anti-drone system are slated for integration, strengthening the US military's power and control in extended battlefield scenarios.
The Armored Multi-Purpose Vehicle (AMPV), a crucial platform for the future of tracked ground combat, is receiving significant upgrades thanks to BAE Systems. The defense manufacturing company is investing in the integration of advanced capability kits into the AMPV, with a focus on counter-unmanned aerial system (C-UAS) capabilities, ground autonomy, and remotely operated turrets [1][3][5].
Key updates include the development of counter-unmanned aerial threat systems, which will enable the detection, targeting, and engagement of enemy drones, addressing modern battlefield air threats [1][3][5]. Ground autonomy solutions are also being developed to support unmanned movement and reduce crew risk in hazardous environments [1][3][5].
Remotely operated turrets are being integrated into the AMPV, with the aim of incorporating unmanned weapon stations and turreted weapon systems, including modular mortars and 30mm weapons [1][3][5]. All of these systems are designed with a Modular Open Systems architecture, allowing for flexibility and rapid upgrades.
The AMPV's modular chassis, derived from proven components of the Bradley Infantry Fighting Vehicle and M109A7 self-propelled howitzer, provides a flexible platform for these kits. This approach ensures high logistical commonality and easier operational support, enabling quicker fielding of emerging technologies through rapid prototyping and industrial partnerships [1][3][5].
BAE Systems has already successfully tested counter-drone prototypes on the AMPV platform, indicating progress towards deployment readiness [4]. The AMPV is replacing the Vietnam War-era M113 and is intended to operate alongside M1 Abrams tanks and M2 Bradley vehicles within Armored Brigade Combat Teams, prioritizing soldier safety and survivability in modern combat [1][3].
The Army has identified the AMPV as its top priority for the safety and survivability of soldiers, meeting tough protection requirements [6]. In August 2023, the Army awarded BAE Systems with a full-rate production contract to continue manufacturing the AMPV Family of Vehicles (FoV) [2].
In summary, the latest technological integrations by BAE Systems for the AMPV are focused on countering drone threats with advanced effectors, incorporating autonomous ground operations, enabling remote weapon systems via modular turrets, and leveraging modular design for rapid capability updates [1][3][5]. These innovations reflect BAE’s commitment to maintaining the AMPV as a cutting-edge combat vehicle platform.
References:
- BAE Systems Press Release: BAE Systems advances AMPV with new capabilities
- US Army Press Release: Army awards BAE Systems full-rate production contract for AMPV Family of Vehicles
- National Defense Magazine: BAE Systems unveils AMPV upgrades
- Defense News: BAE Systems tests counter-drone system on AMPV
- Defense Tech: BAE Systems invests in AMPV upgrades
- Army Times: AMPV prioritizes soldier safety and survivability
- The integration of advanced capability kits into the Armored Multi-Purpose Vehicle (AMPV) by BAE Systems includes technology focused on countering unmanned aerial threats with advanced effectors.
- Ground autonomy solutions being developed for the AMPV aim to support unmanned movement and reduce crew risk in hazardous environments.
- Remotely operated turrets are being integrated into the AMPV for the purpose of incorporating unmanned weapon stations and turreted weapon systems.
- The AMPV's modernization, supported by technology investments from BAE Systems, is designed to meet tough protection requirements and prioritize soldier safety and survivability in modern combat.
