STRYKER
The Stryker Family of Vehicles is the most versatile installed base in the U.S. Army and also plays a key role in the armed forces of numerous allied nations. Built on an 8×8 wheeled chassis, the Stryker has proven its worth in battle and can integrate payloads to achieve almost any mission.
STRYKER
A1
Stryker A1 is a fully upgraded configuration of the combat-proven 8×8 Stryker family. It combines enhanced survivability, mobility and modern digital infrastructure to meet current and future battlefield demands.
Core Upgrades and Capabilities
• 450-horsepower engine and upgraded suspension support a gross vehicle weight of 60,000 lbs, restoring mobility while adding capacity.
• 910-amp alternator and smart power management support upgraded electronics and future growth for digital systems.
• In-vehicle digital backbone with smart displays and upgraded ethernet building a network-ready foundation for future C4, communications, sensor, and AI-enabled systems.
• Upgraded suspension and driveline, matched to the powerpack, ensure reliable mobility under heavier loads.
NEXUS
NGC2-ready Expeditionary X-domain Undetectable Stryker
Army Command Posts (at echelon) are too stationary, too large, too easily detected, too easily targeted and, therefore, too easy to kill. We offer a better way: Integrated cutting-edge technologies to reduce signatures (visual, radar, acoustic, thermal and, most significant, electromagnetic) to enable the command post to stay dispersed and to “hide in plain sight.”
Lattice-enabled and NGC2-ready, NEXUS allows for mission command on the move.
STRYKER
LEONIDAS
Stryker Leonidas adds a new layer of protection to one of the world’s most trusted combat vehicles. Developed through a partnership between General Dynamics Land Systems and Epirus, Leonidas is an advanced counter-drone payload designed to integrate seamlessly onto the Stryker platform, extending its role on the modern battlefield.
As unmanned aerial systems continue to proliferate, they present a growing challenge to maneuver forces. Small, fast, and increasingly autonomous drones can threaten vehicles, formations, and critical assets with little warning. Stryker Leonidas is designed to address this evolving threat by providing a mobile, forward-deployed counter-UAS capability that operates alongside maneuver units rather than from fixed or rear-area positions.
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Integrated directly onto the Stryker, Leonidas preserves the vehicle’s mobility and operational flexibility while adding a dedicated aerial defense capability. The system is intended to support combined arms operations, protecting forces as they move and maneuver in contested environments. By pairing a proven ground platform with a modern counter-drone payload, Stryker Leonidas helps extend air defense coverage closer to the point of need, where response time is critical.
Leonidas is built with adaptability in mind. Its software-defined design supports updates and evolution as threats change, helping ensure long-term relevance across a range of missions and environments. Designed to complement existing air defense layers, Stryker Leonidas strengthens the broader defensive ecosystem without adding unnecessary complexity.
Together, General Dynamics Land Systems and Epirus deliver a solution grounded in operational experience and forward-looking technology. Stryker Leonidas extends the Stryker’s effectiveness in a changing threat landscape, helping maneuver forces remain protected, mobile, and prepared for what comes next.
SGT
STOUT
Sgt Stout delivers modern, mobile air defense to brigade-level forces. Built on the robust Stryker A1 chassis, this vehicle defends maneuver units against a wide range of aerial threats from unmanned drones to fixed-wing aircraft.
The system integrates on-board target-acquisition sensors, 360-degree hemispheric radar, sensor fusion and a reconfigurable weapons turret, all tied into the Army’s air and missile defense battle command network. It carries Hellfire and Stinger missiles along with a 30 mm cannon, giving operators flexible lethality against aerial threats and expanding the system’s utility for changing mission demands.
GDLS designed Sgt Stout for growth and adaptability. Its architecture supports future upgrades, ranging from laser weapons to enhanced electronics, ensuring the vehicle remains ready as threats evolve.