KynSHOT encourages everyone to follow the proper gun safety guidelines when handling any firearm at all times.
The KynSHOT RB5007 Recoil Buffer is a hydraulic buffer system designed and optimized to fit 9mm PCC's using a Mil-Spec style carbine buffer tube (internal depth 7"). The RB5007 can be paired with any style buffer spring, and is a simple drop-in replacement for all buffer systems on the market.
Designed in cooperation with Blitzkrieg Components, the RB5007 reduces felt recoil by 30%, improving the shooters overall accuracy and eliminating muzzle flip. Our test data shows that the time to reacquire a target decreases, and in most cases the shooter will not have to leave their scope after taking their shot.
The RB5007 works in PCC builds with 3.5" - 7.5" barrel unsuppressed and will work with all common 9mm loads. The RB5007's weight and length have been optimized for the 9mm application so that it runs reliably, softens recoil, and stops just behind the bolt catch. Our buffers patented technology absorbs the recoil impulse from the bolt carrier’s rearward motion, preventing bolt bounce as a new round is chambered.
The RB5007 can be used with an A5/AR-10 buffer tube (internal depth 7.75"), if you are using the A5 buffer tube configuration, the RB5007 should be paired with P/N: R1505098 (KynSHOT Spacer Weight). If you are shooting a CMMG Radial Delayed Blowback system, the buffer does not need to be paired with a spacer weight. If you are using a carbine buffer tube with a CMMG Radial Delayed Blowback Bolt Carrier Group, please use the RB5000HP.
For Military, Law Enforcement, or Armed Forces sales, please contact our sales team for more information.
This product is ECCN Controlled and is strictly prohibited for shipment outside of the United Sates without a valid export license issued by the United States Commerce Department, or U.S. Department of State. All interested international dealers or distributors, please refer to the International Traffic in Arms Regulation (ITAR) or contact our sales team for more information.
