Lynx XM30 Infantry Fighting Vehicle

Full Specifications

The Lynx XM30 is a next-generation tracked infantry fighting vehicle being developed for the U.S. Army to replace the M2 Bradley Fighting Vehicle. Based on Rheinmetall’s Lynx KF41 design, the XM30 is being developed specifically for U.S. Army requirements, with emphasis on protection, digital networking, mobility, automation and growth potential. The vehicle is intended to carry infantry while supporting them with direct fire and advanced sensors.

The XM30 uses an unmanned turret armed with the XM913 50 mm automatic cannon. Its weapon system can be combined with a coaxial machine gun and a Multi-Mission Launcher capable of employing systems such as Javelin and Coyote loitering munitions. Third-generation FLIR and digital fire-control technologies support target detection and engagement.

Manufacturer

American Rheinmetall Vehicles leads Team Lynx, which includes Textron Systems, Raytheon, L3Harris Technologies, Allison Transmission and Anduril Industries. The U.S. configuration uses the Lynx KF41 as its design foundation but incorporates U.S.-specific systems and manufacturing. In September 2026, American Rheinmetall delivered the first of eight XM30 prototypes to the U.S. Army for developmental and performance testing.

Speed and Range

Exact XM30 production specifications for maximum speed, operating range, weight and engine output have not been publicly finalized. The platform introduces a hybrid-electric powertrain using Allison technology, intended to improve mobility and onboard electrical power generation. The underlying Lynx family has publicly stated road speeds of about 65 km/h or higher and a range around 500 km, but these figures should not be treated as confirmed XM30 specifications.

Cost/Price

There is currently no confirmed public unit price for the Lynx XM30. The Army’s FY2027 budget request includes $547 million for 19 XM30 vehicles, but that figure represents a procurement program rather than a simple vehicle purchase price.

The XM30’s main development milestone is its transition into Army testing. Its modular architecture, two-soldier crew concept, active protection and digital systems are intended to support future upgrades and operations alongside manned and unmanned platforms.