Experience the next evolution in trigger technology with the RTS-1 REKLUSE.
The RTS-1 REKLUSE is the latest advancement from KE Arms, showcasing their proven Sear Link Technology trigger systems. This innovative trigger features an even more sealed design, effectively isolating its moving parts from fouling and debris.
Key Features:
- Full mil-spec power equivalent hammer spring for enhanced reliability with combloc and old surplus primers.
- Compatible with Sig MCX and .22 kits featuring firing pin springs.
- 4.5 Pound Single Stage Trigger Pull.
- Minimal Take-up And Overtravel.
- Ultra-Crisp Break.
- Improved Tactile Reset.
- Drastically Reduced Split Times.
- Simple Drop-In Installation.
- Available as Standard Trigger or with Ambidextrous Safety.
Efficient Energy Transfer
The RTS-1 REKLUSE eliminates the disconnector for the hammer, resulting in a more efficient cycle where the bolt simply pushes the hammer aside as the gun fires. The forces from the bolt on the hammer do not transmit to any other components of the trigger assembly, ensuring constant sear engagement against the hammer, making the trigger always ready to reset and fire.
Improved Safety
Thanks to the unique geometry of the trigger, safety can be applied at any time, regardless of whether the hammer is down or cocked. This feature adds an extra layer of safety during administrative handling and when clearing malfunctions.
Improved Reliability
With sealed moving parts, the RTS-1 is significantly less susceptible to fouling and debris.
Improved Longevity
The design ensures no impact on moving internal parts, which increases the longevity of the trigger system.
Any Caliber Compatibility
The RTS-1 has been thoroughly tested with traditional AR calibers and pistol caliber blowback systems, including the Sig Sauer MPX, with no damage reported.
Installation
The RTS-1 REKLUSE drops into mil-spec fire control pockets and is securely retained with standard fire control pins captured by springs within the housing bushings.
Unit Weight: 0.16 Pounds
US Patent: 10401107
US Patent: 10837726