Radian Weapons

Radian Weapons RAMJET Fluted Barrel with AFTERBURNER Muzzle Brake, 9MM, Black DLC Finish, INTRA-LOK Mounting System, Fits Glock 17 Gen 5 H0005

Radian Weapons RAMJET Fluted Barrel with AFTERBURNER Muzzle Brake, 9MM, Black DLC Finish, INTRA-LOK Mounting System, Fits Glock 19 Gen 4 G19G4-IL-RN

RADIAN RAMJET Barrel with AFTERBURNER Compensator for Glock 43X, Bronze Radianite Finish The RADIAN RAMJET and AFTERBURNER compensator system for the Glock 43X delivers exceptional recoil control and match-grade accuracy in a compact, concealed-carry-optimized package. Designed as a drop-in, threadless solution, this system offers superior performance without compromising reliability,

RADIAN RAMJET Barrel with AFTERBURNER Compensator for Glock 43X – Black Radianite Finish Upgrade your Glock 43X with the RADIAN RAMJET Barrel and AFTERBURNER Compensator system, engineered to deliver exceptional recoil reduction, faster follow-up shots, and match-grade accuracy without the drawbacks of a traditional threaded barrel. Featuring a patent-pending threadless design, t

Radian Weapons RAMJET, Barrel with AFTERBURNER Compensator, 9MM, Radianite Finish, Bronze, INTRA-LOK Mounting System, Fits GLOCK 48 R0845

Radian Weapons RAMJET, Barrel with AFTERBURNER Compensator, 9MM, Radianite Finish, Black, INTRA-LOK Mounting System, Fits GLOCK 48 R0844

RADIAN RAMJET Fluted Barrel with AFTERBURNER Muzzle Brake for Glock 19 Gen 3 The RADIAN RAMJET and AFTERBURNER system is a precision-engineered recoil reduction solution designed specifically for the Glock 19 Gen 3. This barrel and compensator combination delivers up to 44 percent recoil reduction when used with 115 grain ammunition, while maintaining a compact, duty-r

Radian Weapons Vertex Trigger and Hammer, Fits AR Rifles (ACC-0016/ACC-0017)

The Radian P365-XMACRO Backstrap and Magazine Well were designed in tandem to provide users with a rock-solid and enhanced grip on one of the most popular everyday-carry firearms on the market today – The Sig Sauer P365. Features Aggressive and Deep Channels to Maximize Contact Surface