KRISS USA KV22CBL03 Vector CRB 16" 31-Round Threaded Barrel Rifle

The KRISS USA KV22CBL03 Vector CRB 16" 31-Round Threaded Barrel Rifle represents a purpose-built platform engineered for tactical professionals and civilian operators who demand unconventional performance in a compact form factor. This carbine-length variant of the legendary Vector platform delivers the signature recoil mitigation system that has earned respect across law enforcement and military communities for nearly two decades. Built on the foundation of proven submachine gun design scaled to rifle proportions, the Vector CRB bridges the gap between close-quarters maneuverability and rifle-class ballistics.

The 16-inch threaded barrel configuration enables rapid follow-up shots through KRISS's patented Super V linear recoil mitigation system, which channels bolt energy downward rather than into the shooter's shoulder, dramatically reducing muzzle rise and felt recoil. The threaded barrel opens compatibility with suppressors and muzzle devices, extending the platform's versatility for both suppressed operations and flash-signature reduction. Weighing 13.44 pounds in this configuration, the Vector CRB maintains balanced ergonomics across its 43-inch overall length, making it suitable for vehicle transport, building entries, and confined-space deployment scenarios. The 31-round magazine capacity provides extended engagement capability while remaining manageable in tactical load-bearing equipment.

Law enforcement tactical teams, private security operators, and serious civilian shooters benefit most from the Vector CRB's combination of compact dimensions and full-power rifle performance. The threaded barrel accommodates standard rifle suppressors and muzzle brakes, making it compatible with suppressor-host ecosystems already established in professional arsenals. Installation of optics mounts and tactical accessories follows industry-standard Picatinny rail integration, ensuring seamless integration with existing tactical setups. This rifle appeals to operators prioritizing shootability in high-stress environments where controlled accuracy and rapid target transitions separate decisive outcomes from costly delays.