Rheinmetall’s Lynx XM30 to go to “shakedown testing” ahead of its delivery to the US Army
American Rheinmetall Lynx XM30. (Photo: American Rheinmetall)
American Rheinmetall is currently carrying out construction and integration of its Lynx prototypes selected for Phase 4 of the US Army XM30 Mechanised Infantry Combat Vehicle (MICV) programme (previously named Optionally Manned Fighting Vehicle [OMFV]). Set to be handed over to the branch in Q3 2026, the platforms will first pass through an in-house assessment.
“Before delivery to the army, American Rheinmetall will conduct internal shakedown testing on the prototypes,” an official spokesperson for the company told Shephard.
Under this process, the company will evaluate whether systems and subsystems are operating safely, reliably and within required performance parameters. The
Our news & analysis is now part of Defence Insight®
A Basic-level or higher Defence Insight subscription is now required to view this content.
More from Land Warfare
-
SOF Week 2026: The Gear Keeping Warfighters Ready in Extreme Climates (Video)
At SOF Week 2026, Pro-Shot Defense discusses the maintenance technologies and weapon support tools designed to keep special operations forces mission ready in the world’s harshest environments.
-
Are counter-drone systems for dismounted troops emerging as the next procurement battle?
As uncrewed aerial systems and loitering munitions evolve, it is increasingly necessary for counter-uncrewed solutions to keep pace in order to protect not only military facilities and platforms but also dismounted troops.
-
NATO’s Crystal Arrow factors in Ukrainian UGV lessons as European interest grows
One goal of NATO’s Exercise Crystal Arrow was to identify the potential uses of uncrewed ground vehicles – as seen on the Ukrainian battlefield – and put platforms into the hands of users.
-
SOF Week 2026: Galvion unveils Cortex Evo integrated combat helmet
Galvion has introduced its Cortex Evo integrated head system, combining ballistic protection, power, data and processing capabilities within a single combat helmet architecture.