BAE Systems to support US Army AMPVs
The US Army expects the Armored Multi-Purpose Vehicle family of five vehicle types to replace the venerable M113 APC. (Photo: BAE Systems)
Sole bidder BAE Systems has received a $600.23 million contract from US Army Contracting Command for sustainment and support of the Armored Multi-Purpose Vehicle (AMPV) family of vehicles for US Army Armored Brigade Combat Teams.
Work locations and funding will be determined with each order, the DoD announced on 7 July, with an estimated completion date of 6 July 2026.
The AMPV programme to replace the elderly M113 fleet is in the LRIP phase and BAE Systems stated on 8 July that the US Army has received ‘at least one of each of the five variants designed for the family of vehicles’.
This sustainment contract enables the addition of new capabilities and technologies on AMPVs throughout their time in service.
Bill Sheehy, AMPV programme director at BAE Systems, noted: ‘This contract award will not only support production, but it will also allow for future upgrades through the development and integration of new capability sets onto existing variants.’
The five AMPV variants are: General Purpose, Medical Treatment, Medical Evacuation, Mission Command and Mortar Carrier.
Shephard Defence Insight notes an overall US Army requirement for 2,897 AMPVs across the five variants.
Related Programmes in Defence Insight
Related Equipment in Defence Insight
More from Land Warfare
-
Australia invests $1.4 billion in additional AMRAAM buy
Some of the missiles ordered can be used on the F/A-18F Super Hornet, EA-18G Growler and the F35-A Lightning.
-
US Army seeks nearly $900 million to accelerate development and acquisition of CUAS capabilities
The branch plans to speed up the building and procurement of kinetic and non-kinetic systems for fixed, semi-fixed and on-the-move operations.
-
Large 10×10 vehicles go in search of a role
Wheeled vehicles ranging in size from 4×4 to 8×8 provide high-speed at a good level of mobility compared to tracked. However, tracked can be larger and have a higher level of mobility in marginal terrain with a smaller turning circle. What are the possibilities for a 10×10?