The SB Tactical SBA5 pistol stabilizing brace delivers enhanced control and accuracy for AR-15 pistol platforms. This 10.25-inch brace features an innovative split-tail design that accommodates a wide range of arm sizes while maintaining ATF compliance.
What Makes This Different
The SBA5 incorporates a proprietary elastomer material that provides superior flexibility compared to rigid polymer alternatives. The split-tail configuration allows for natural arm placement without the bulk of traditional fixed braces. Internal steel reinforcement ensures structural integrity under rapid fire sequences while maintaining the lightweight profile shooters demand.
Key Features
- Split-tail design accommodates arm circumferences from 9" to 16"
- Durable elastomer construction with internal steel reinforcement
- Compatible with standard carbine buffer tubes and extensions
- Quick-detach sling swivel attachment point integrated
- Textured surface provides secure grip in wet conditions
- ATF compliant design maintains pistol classification
- Matte black finish resists wear and corrosion
Field testing demonstrates consistent point of impact stability across multiple firing positions. The elastomer material maintains flexibility in temperatures ranging from -20°F to 140°F, making it suitable for competition shooting, home defense, and tactical applications. The integrated QD socket accepts standard quick-detach sling hardware without additional modifications.
Technical Specs
- Overall length: 10.25 inches
- Weight: 5.1 ounces
- Material: Proprietary elastomer with steel reinforcement
- Finish: Matte black
- Buffer tube compatibility: Mil-spec and commercial carbine tubes
- Arm circumference range: 9" to 16"
- QD sling attachment: Single point rear-mounted
- Country of origin: USA
The SBA5 represents the evolution of pistol brace technology, combining legal compliance with practical functionality. Its proven track record across law enforcement and civilian markets makes it the logical choice for serious shooters building compact AR platforms.