The Shadow Systems XR920 Elite delivers enhanced performance through precision engineering and advanced materials. This striker-fired pistol features a threaded barrel and aggressive grip texturing for superior control in demanding situations.
What Makes This Different
The XR920 Elite incorporates Shadow Systems' signature frame modifications and upgraded trigger system. The pistol features enhanced ergonomics with aggressive texturing patterns that provide secure grip retention even with wet or gloved hands. Unlike standard polymer frames, the XR920 includes reinforced stress points and optimized weight distribution for reduced muzzle flip and faster follow-up shots.
Key Features
- Threaded barrel compatible with suppressors and compensatorsFDE Cerakote finish on slide with black polymer frameEnhanced trigger system with crisp break and short reset
- Aggressive grip texturing for secure weapon retentionOptics-ready slide with direct mounting capabilityAmbidextrous slide stop and magazine releaseReinforced polymer frame with steel inserts at stress points
The XR920 Elite maintains reliable function across temperature extremes and adverse conditions. The pistol feeds hollow point and ball ammunition consistently, making it suitable for duty carry, competitive shooting, and personal protection. The threaded barrel accepts standard 1/2x28 muzzle devices, expanding customization options for specific applications.
Technical Specs
- Caliber: 9mm Luger
- Barrel Length: 4.02 inches, threaded 1/2x28
- Overall Length: 7.28 inches
- Height: 5.47 inches
- Width: 1.18 inches
- Weight: 24.3 ounces (unloaded)
- Frame Material: Reinforced polymer
- Slide Finish: FDE Cerakote
- Magazine Capacity: Standard capacity magazines
- Sight Configuration: Optics ready
- Country of Origin: USA
The Shadow Systems XR920 Elite represents a significant upgrade over standard striker-fired pistols through thoughtful engineering and quality construction. Professional users and serious enthusiasts recognize the value of enhanced ergonomics and proven reliability in critical situations.