American Rheinmetall has been awarded a $31-million contract to enhance forward repair capabilities for battle-damaged Bradley infantry fighting vehicles (IFVs) operated by US and Ukrainian forces.
Under the 18-month agreement, awarded by the National Center for Manufacturing Sciences, the company will develop and demonstrate advanced damage assessment and repair processes by establishing a forward-deployed maintenance capability.
The demonstration will validate a Rapid Damage Assessment and Repair Team equipped with advanced tools, processes, and a responsive supply chain, using the Bradley as a surrogate platform.
The effort seeks to bridge the gap between frontline damage and depot repair, ensuring rapid restoration of combat capability until full maintenance support is available.
Once developed, the program will demonstrate a scalable model for remote repair sites designed to function in hazardous or austere environments.
The effort will cut downtime, boost readiness, and reinforce resilience across key equipment and infrastructure assets.
Better Combat Readiness
The demonstration advances US initiatives to speed the return of Bradley IFVs to combat readiness in Ukraine’s ongoing war with Russia.
With hundreds now fielded, the vehicles deliver markedly stronger protection and firepower than Soviet-era BMP-1/2s, equipped with a 25mm cannon and TOW anti-tank missiles.
The project is slated for completion in March 2027, when the first repaired Bradleys are expected to be delivered.
“This contract underscores American Rheinmetall’s commitment to delivering innovative, mission-critical products and services that support the highest priority operational capabilities for the US military and its allies,” Chief Executive Officer of American Rheinmetall, Matt Warnick, said.
“By bringing advanced repair capabilities closer to the point of need, we are helping ensure that vital equipment like the Bradley Fighting Vehicle can return to service quickly and safely at a time of crucial need for Ukrainian armed forces.”









