Blackhawk! Serpa CQC Carbon-Fiber Holster W/Matte Finish RH
Availability: In stock
In 1990 a Navy SEAL was navigating a minefield when his pack failed. As his gear tumbled to the ground, he vowed that if he got out of there alive he would make gear the right way. Today this obsession with quality applies to everything Blackhawk! does and makes. Constantly researching, refining, and perfecting every detail to provide gear that won't let you down. Because they're not just making stuff. They're honoring a vow.
Featuring a unique speed-cut design, the BLACKHAWK! CQC Carbon-Fiber Holster allows for smooth draw and easy re-holster without slowing you down. The patented SERPA Auto Lock release delivers unparalleled weapon security and is automatically positioned to facilitate a correct drawing motion, making it the perfect Level 2 retention holster for concealed carry. The patented SERPA concealment holsters offer state-of-the art retention technology for concealed carry holsters. Choose from a carbon fiber or matte finish holster, or from BLACKHAWK!'s Sportster series designed specifically with the outdoorsman in mind. BLACKHAWK! concealment holsters feature belt loop and/or paddle platforms for your concealment carry preference and comfort. Features: Passive retention detent adjustment screw and SERPA Auto Lock release; reinforces full master grip and superior draw technique; immediate retention and audible click upon re-holster for security; speed-cut design allows rapid draw, target acquisition, and re-holster while keeping eyes on target; includes belt loop and paddle platform. all BLACKHAWK! SERPA CQC Concealment Holsters come with both belt loop and paddle platform.
- Passive retention detent adjustment screw and SERPA Auto Lock release
- Reinforces full master grip and superior draw technique
- Immediate retention and audible click upon re-holster for security
- Speed-cut design allows rapid draw, target acquisition, and re-holster while keeping eyes on target
- Includes belt loop and paddle platform
- Level 2 retention