The American Rheinmetall Lynx XM30 is a next‑generation combat vehicle designed specifically to meet U.S. Army requirements. It is built to deliver decisive overmatch in lethality, survivability, and mobility against peer threats, while evolving through software as the battlefield changes.

The Lynx XM30 is the right choice because it is purpose-built around the American Warfighter and engineered for the future fight, not adapted from legacy platforms. Led by American Rheinmetall and delivered by Team Lynx, the Lynx XM30 combines proven global combat-vehicle expertise with a strong U.S. industrial base, digitally native design, and modular open-systems architecture. Soldier touchpoints, real operational feedback, and rapid digital engineering drive every design decision, ensuring unmatched lethality, survivability, and adaptability. Built in America, at scale, and aligned with National Defense Strategy priorities, Lynx XM30 delivers combat dominance the Army can field on schedule, sustain for decades, and evolve continuously as threats change.

Armored combat vehicles remain essential because maneuver warfare depends on protected mobility and sustained, direct firepower. They allow forces to move under fire, seize terrain, and exploit breakthroughs while minimizing exposure to enemy fires. No other system combines lethality, mobility, and protection at scale.

Team Lynx directly advances National Defense Strategy Line of Effort 4 by expanding competition, integrating non-traditional innovators, and strengthening U.S. manufacturing capacity. Led by American Rheinmetall, the team combines advanced defense-tech companies with proven combat-vehicle manufacturers to deliver the Lynx XM30 at speed and scale, ensuring innovation without sacrificing producibility, reliability, or long-term sustainment.

The Lynx XM30 relies on a predominantly U.S.‑based supply chain supported by trusted American partners. This approach improves resilience, security, and responsiveness in times of crisis or conflict.

Fielding will follow prototype delivery, Army evaluation, testing, and decision milestones. This deliberate process ensures the Army fields a combat vehicle that meets future operational demands rather than rushing an incomplete solution into service.