North American Arms Pug .22 WMR 1" 5-Round Revolver

The North American Arms Pug .22 WMR 1" 5-round revolver is purpose-built for deep concealment, personal defense, and backup weapon deployment in compact carry applications. Designed for law enforcement officers, security professionals, and armed civilians requiring an ultra-lightweight, pocket-sized firearm that delivers reliable performance without bulk, the Pug fills a distinct niche where traditional compact pistols prove impractical. Its diminutive 4.5-inch overall length and 1-pound weight make it ideal for ankle holsters, pocket carry, or IWB appendix setups where minimal printing and maximum concealability are operational requirements.

The Pug chambers .22 Winchester Magnum Rimfire (.22 WMR), a cartridge that delivers significantly better ballistic performance and terminal energy than standard .22 LR while maintaining manageable recoil in a miniature platform. The five-round cylinder design balances capacity constraints inherent to ultra-compact revolvers with the reliability and simplicity that makes revolvers preferred for deep-cover applications where semi-automatic malfunctions cannot be tolerated. The 1-inch barrel optimizes velocity from the potent .22 WMR round while maintaining the compact profile essential for concealment; the fixed sights and smooth trigger action enable accurate shot placement at defensive distances without the manual safety requirements of semi-automatics.

Operators across federal, state, and local law enforcement frequently deploy the North American Arms Pug as a backup revolver or deep-concealment personal defense tool when primary firearms are prohibited or impractical. Armed citizens in high-security environments and those requiring covert carry will appreciate the absolute minimum footprint combined with proven revolver reliability. The Pug's lightweight construction eliminates printing under even the tightest garments, and its simple mechanical operation requires minimal training overhead—critical when backup weapons see infrequent deployment and maximum reliability is non-negotiable.