True Precision Cobra Compensator - 1/2X28 Threaded, Copper Finish The True Precision Cobra Compensator is precision-engineered to reduce felt recoil and elevate shooting performance, all while giving your firearm a bold and aggressive look. Designed for 9MM pistols with 1/2X28 threaded barrels, the Cobra Compensator features deeper, more pronounced cut ports and a slightly extended profile that work together to deliver enhanced muzzle control, faster follow-up shots, and improved downrange accuracy. Constructed from durable 416R stainless steel and finished in a striking copper coating, this compensator is built to perform and built to last. Includes a tension lock O-ring for a secure, rattle-free fit. Product Highlights Recoil Reduction: Deeply cut ports channel propellant gases to reduce muzzle rise and felt recoil for faster, more controlled follow-up shots. 1/2X28 Thread Compatibility: Designed to fit standard 9MM threaded barrels with 1/2X28 threading for broad pistol compatibility. 416R Stainless Steel Construction: Machined from premium 416R stainless steel for exceptional strength, corrosion resistance, and long-term durability. Copper PVD Finish: Eye-catching copper finish provides corrosion resistance while adding a distinctive aesthetic to your firearm build. Tension Lock O-Ring Included: Comes with a tension lock O-ring for a secure, stable mount that stays in place during rapid fire. Specs Brand: True Precision Model: Cobra Comp Type: Compensator Caliber: 9MM Thread Pattern: 1/2X28 Material: 416R Stainless Steel Finish: Copper Includes: Tension Lock O-Ring MPN: TP-CMICRO-C UPC: 719104543251 Disclaimer: We strive to provide accurate and up-to-date product descriptions, specifications, and images; however, errors or omissions may occasionally occur. We are not responsible for any inaccuracies or discrepancies in the content provided. If you notice anything incorrect or unclear, please contact us so we can correct it. When in doubt, we recommend verifying details directly with the product&';s manufacturer. ]]>