IWI US X95 5.56 NATO 16.5" 30-Round FDE Bullpup Rifle

The IWI US X95 5.56 NATO 16.5" 30-Round FDE Bullpup Rifle represents a modern platform purpose-built for professional operators, law enforcement, and serious civilian shooters who demand compact handling without sacrificing firepower. The bullpup configuration delivers a full-length rifle barrel in a compact overall package, making it ideal for vehicle operations, close-quarters training, and confined-space engagement where traditional rifle ergonomics create liability. Chambered in 5.56 NATO, this platform delivers NATO-standard ballistics and ammunition compatibility across military and civilian supply chains, ensuring reliable performance in any operational environment.

The X95 features a robust short-stroke gas piston system that cycles reliably under adverse conditions while minimizing carrier tilt and reducing maintenance intervals—a critical advantage in extended operations or austere environments. The 16.5-inch barrel provides optimal velocity for 5.56 NATO ammunition while maintaining sub-MOA capable accuracy for precision work; the forward ejection system keeps the weapon platform ambidextrous and allows mounted optics to be positioned closer to the shooter's eye. Finished in Flat Dark Earth, the rifle's durable polymer and steel construction resists corrosion and environmental degradation, while the 30-round magazine capacity meets tactical doctrine for sustained engagements and force multiplication in threat scenarios.

This configuration serves professional end-users including tactical teams, military units, and trained civilian marksmen who value modularity and ergonomic innovation in their primary rifle platform. The bullpup layout benefits shooters operating in tight environments—vehicles, buildings, or close-support roles—where the compact 33.5-inch overall length prevents weapon snag on gear or structures while the full-length sight radius maintains accuracy. The X95 accepts standard Picatinny rail accessories and integrates seamlessly with modern optic systems; its user-friendly controls and proven reliability in extreme conditions make it a preferred choice for operators who refuse to compromise between maneuverability and terminal performance.