Bravo 22arc Bolt Assembly

The Bravo 22arc Bolt Assembly is a precision-engineered component designed for rifle builds and conversions chambered in .22 ARC (Accelerated Rifle Cartridge). This bolt assembly serves as the heart of the firing cycle, engineered for shooters and builders who demand reliability in a modern intermediate cartridge platform. Whether you're assembling a dedicated .22 ARC upper receiver or converting an existing platform, this component delivers the controlled ignition and positive ejection characteristics essential for consistent accuracy and performance in tactical, hunting, and precision rifle applications.

Manufactured to exacting specifications, the Bravo 22arc Bolt Assembly features machined steel construction optimized for the .22 ARC cartridge's pressure envelope and dimensional requirements. The bolt face geometry is precisely dimensioned to chamber and fire .22 ARC ammunition while maintaining tight tolerances that ensure proper headspace and reliable extraction. The assembly's design incorporates proven carrier dynamics and locking lugs engineered to manage the intermediate pressure curve of this modern cartridge, reducing wear on critical components and extending component longevity. Weighing 0.8 lbs, the assembly integrates seamlessly into standard AR-platform receivers without requiring proprietary modifications or specialized tooling.

The Bravo 22arc Bolt Assembly is ideal for AR-15 and AR-10 platform builders transitioning to the .22 ARC cartridge, a round gaining traction among precision rifle competitors and tactical shooters for its ballistic efficiency and reduced recoil profile. Installation requires standard carrier group disassembly and bolt rotation into the carrier—no special fixtures or gunsmithing required. This assembly pairs with any .22 ARC-compatible upper receiver and functions with standard .223/5.56 magazines when properly loaded. Shooters prioritizing reliability, accuracy, and component compatibility will find this bolt assembly delivers the performance necessary for duty, competition, and field applications where precision matters.