Harrington & Richardson M16A2-Pattern 5.56mm AR Pistol with Colt 14.5-Inch SOCOM Barrel & Daniel Defense BCG
This semi-automatic, civilian-legal clone of the U.S. Government-marked M16A2 stands out for its authentic H&R roll marks, Colt 14.5-inch chrome-lined SOCOM-profile barrel pinned with an A2 flash suppressor, and a full-mass Daniel Defense bolt-carrier group. Built on matching H&R 7075-T6 forged receivers and finished in matte black hard-coat anodizing, it delivers a faithful retro look while incorporating modern pistol-brace ergonomics.
Condition
Overall Condition: Excellent condition, showing only faint signs of any prior use or handling.
Bore Condition: Excellent — clean, mirror finish, no signs of wear.
Rifling Condition: Excellent — sharp lands and grooves.
Specific Condition Notes: Little visible wear on exterior controls and receivers; bore is clean and clear.
What’s Included
- H&R M16A2-pattern AR pistol as described
- 1 × 30-round USGI-pattern aluminum magazine
The heart of this build is a Colt 14.5-inch, chrome-lined, cold-hammer-forged SOCOM-profile barrel with a 1:7 RH twist. The barrel is permanently pinned to an A2 flash suppressor, meeting the overall length requirement while preserving the classic M4-style length and handling.
Inside, a Daniel Defense full-mass bolt-carrier group ensures reliable cycling within the direct-impingement gas system. The carbine-length round polymer handguards retain the original A2 aesthetic and provide a comfortable, heat-resistant grip.
The upper receiver features an integral carry handle with A2 adjustable rear sight drum, brass deflector, and forward assist. Up front, an F-marked A2 front sight base offers the proven iron-sight arrangement expected of a service-pattern firearm.
A six-position buffer tube hosts an SB-Tactical SBA-style polymer brace with adjustable length and Velcro strap, giving the shooter flexibility while maintaining pistol classification. Controls mirror the military selector engraving (SAFE-SEMI-BURST), yet the firearm operates strictly in semi-automatic mode.