The B&T APC9K Pro is a compact, high-performance semi-automatic pistol chambered in 9mm, designed for reliability and versatility. Featuring a durable Coyote Tan hardcoat anodized finish, this firearm is built to withstand harsh environments while maintaining a sleek appearance. It offers a 12.7-inch overall length and weighs approximately 5.5 pounds, making it suitable for both tactical applications and recreational shooting. The APC9K Pro includes flip-up sights for quick target acquisition and a polymer grip for enhanced comfort and control during use. Its lightweight yet robust construction ensures optimal handling and durability in demanding situations.
The firearm is equipped with a pro lower receiver with ambidextrous controls, facilitating ease of use for both right- and left-handed shooters. The inclusion of a tri-lug adapter expands compatibility with various suppressors and muzzle devices, enhancing its versatility. The magazine capacity is 33 rounds, providing extended shooting sessions without frequent reloading. The firearm's semi-auto action ensures smooth operation and rapid firing capabilities, making it an effective choice for law enforcement, security, and enthusiasts.
Designed with user convenience and performance in mind, the APC9K Pro features a sturdy polymer frame grip for secure handling. Its compact size and lightweight design make it easy to carry and maneuver in close-quarters situations. Whether for duty use, home defense, or target practice, this firearm delivers precision, reliability, and adaptability in a compact package. Its straightforward operation and durable construction make the B&T APC9K Pro a dependable addition to any firearm collection or professional arsenal.
Features:
- Pro lower receiver with ambidextrous controls for easy handling
- Includes tri-lug adapter for versatile muzzle attachment
- Coyote Tan hardcoat anodized finish provides durability and corrosion resistance
- Flip-up sights for quick and accurate targeting
- Polymer grips for enhanced comfort and control during shooting
