The Tactical Solutions XRACCTM Tri-Mag transforms standard Ruger magazines into a high-capacity solution for X-Ring rifle platforms. This precision-engineered magazine coupler eliminates reload delays during competitive shooting and training sessions.
What Makes This Different
Unlike basic magazine couplers that add bulk and weight, the XRACCTM Tri-Mag maintains the rifle's balance point while tripling capacity. The low-profile design positions magazines closer to the receiver than traditional side-by-side couplers. This configuration reduces snag points and maintains the rifle's original handling characteristics during rapid fire sequences.
Key Features
- Triple magazine capacity without compromising rifle balance
- Durable black anodized aluminum construction resists corrosion
- Compatible with standard Ruger BX-series magazines
- Low-profile design minimizes printing and snag hazards
- Precision-machined tolerances ensure reliable magazine retention
- Quick-release mechanism allows individual magazine removal
- Maintains original trigger guard clearance on X-Ring rifles
The XRACCTM Tri-Mag excels in competitive environments where sustained fire capability matters. Steel match competitors benefit from reduced reload frequency during rapid-fire stages. Training applications see improved efficiency with fewer magazine changes interrupting skill development. The corrosion-resistant finish withstands outdoor conditions and frequent handling without degrading performance.
Technical Specs
- Material: Anodized aluminum construction
- Finish: Matte black Type III hard coat anodizing
- Compatibility: Ruger BX-series magazines, Tactical Solutions X-Ring rifles
- Weight: Approximately 4.2 ounces (empty)
- Mounting: Direct magazine well interface
- Country of Origin: United States
- UPC: 879971001695
This magazine coupler represents proven engineering from a manufacturer specializing in precision rimfire components. The XRACCTM Tri-Mag delivers the capacity advantage serious shooters demand without the reliability compromises of improvised solutions.