B&T Firearms APC Pro .300 Blackout 8.7" 31-Round Threaded Barrel Pistol

The B&T Firearms APC Pro .300 Blackout 8.7" 31-Round Threaded Barrel Pistol represents a purpose-built platform engineered for operators who demand suppressor-ready capability in a compact, high-capacity package. Developed by Swiss precision manufacturer B&T, this pistol serves law enforcement special operations, military designated marksmen, and serious civilian shooters who require the ballistic performance of .300 Blackout in a concealable form factor. The 8.7-inch barrel length paired with 31-round magazine capacity delivers magazine-fed firepower optimized for short-range precision and close-quarters engagement.

The threaded barrel design integrates seamlessly with industry-standard suppressors, a critical advantage for sound and signature reduction in tactical environments. The APC Pro platform benefits from B&T's modular design philosophy, incorporating a robust operating system engineered for .300 Blackout's lower pressure envelope and subsonic ammunition reliability. The 31-round magazine capacity maximizes firepower without excessive profile bloat, enabling extended operational sequences typical of both supersonic and subsonic threat scenarios. B&T's proprietary controls and ergonomic geometry support rapid target transitions and positive retention even under high-stress conditions.

End-users ranging from federal task force operators to private security contractors benefit from the APC Pro's proven reliability across ammunition types and duty conditions. The threaded barrel accommodates all standard 1/2x28 suppressor mounts, making it compatible with commercial sound suppressors for both subsonic and supersonic loadings. Installation requires no gunsmithing—the pistol arrives suppressor-ready from the factory. Operators seeking dedicated .300 Blackout capability in a magazine-fed platform with minimal footprint will find the B&T Firearms APC Pro .300 Blackout 8.7" 31-Round Threaded Barrel Pistol a proven choice for mission-critical applications.