Kel-Tec PLRSU582 PLR-22 Muzzle Brake Kit 1/2x28 Thread Black Steel

The Kel-Tec PLRSU582 PLR-22 Muzzle Brake Kit transforms the shooting characteristics of PLR-16 and PLR-22 pistols by reducing felt recoil and muzzle rise. This black steel brake utilizes standard 1/2"-28 TPI threading for secure attachment and optimal gas redirection.

What Makes This Different

Unlike basic compensators that only redirect gases upward, this muzzle brake features multiple gas ports that channel expanding gases both laterally and rearward to counteract muzzle climb. The precision-machined steel construction handles the pressures of repeated firing while maintaining zero shift. Factory specifications ensure perfect compatibility with Kel-Tec PLR series pistols without requiring gunsmith installation.

Key Features

• Black oxide finish steel construction resists corrosion and wear
• Standard 1/2"-28 TPI threading fits PLR-16 and PLR-22 pistols
• Multi-port design reduces both recoil and muzzle rise
• Factory Kel-Tec engineering ensures proper fit and function
• No permanent modifications required for installation
• Maintains original barrel length classification
• Compatible with standard .22 LR ammunition

Range performance shows noticeable reduction in muzzle flip during rapid fire sequences, allowing faster target reacquisition. The brake proves particularly effective for competitive shooting where split times matter. Steel construction withstands extended shooting sessions without loosening or degradation. Weather resistance makes it suitable for outdoor training and hunting applications.

Technical Specs

• Material: Black oxide finished steel
• Thread Pitch: 1/2"-28 TPI
• Compatibility: Kel-Tec PLR-16 and PLR-22 pistols
• Finish: Black oxide coating
• Installation: Hand-tightened with thread locker recommended
• Manufacturer: Kel-Tec CNC Industries
• Country of Origin: United States

This factory brake kit addresses the primary complaint about PLR series pistols while maintaining their compact profile. Professional installation takes minutes, and the results are immediately apparent during the first magazine.