Barrett M107A1 50 BMG Fluted 20" Suppressor-Ready Rifle

The Barrett M107A1: Precision and Power in 50 BMG

The Barrett M107A1 represents the pinnacle of semi-automatic rifle engineering, purpose-built for shooters who demand uncompromising performance at extreme range. This 50 BMG powerhouse combines raw capability with thoughtful design refinements that set it apart from its predecessors.

Suppressor-Ready Design

Unlike standard 50 BMG rifles, the M107A1 is engineered from the ground up to work seamlessly with suppressors. The four-port cylindrical muzzle brake features Barrett's quick-attach QDL suppressor interface, allowing you to reduce signature and recoil impulse without sacrificing reliability. An entirely new bolt carrier group was developed to optimize performance in this configuration.

Engineered for Durability

• Barrel: 20" fluted with fully chrome-lined bore and chamber; 1:15" twist rate
• Receiver: Lightweight aluminum upper with integrated 27 MOA optics rail; hardened steel anti-wear strip for bolt carrier durability
• Barrel Assembly: Titanium barrel key with rear stop and front bushing bolted and bonded with high-strength compound
• Bolt Carrier: Ultra-hard coatings and advanced nickel Teflon plating for corrosion resistance and easy maintenance

Shooter-Focused Features

The M107A1 prioritizes user comfort and control. A thermal-guard cheek piece protects your face from extreme heat or cold. The newly designed titanium and polymer monopod adjusts from either side for stable shooting positions. An aluminum recoil buffer system optimized for suppressed fire keeps felt recoil manageable. The Sorbothane recoil pad and black polymer grip round out the ergonomic package.

Specifications

• Caliber: 50 BMG
• Operation: Recoil-operated semi-automatic
• Barrel Length: 20 inches
• Overall Length: 48 inches
• Weight: 27.4 lbs (unloaded)
• Magazine Capacity: 10 rounds
• Finish: Tungsten gray Cerakote
• Rail: 23" with 27 MOA elevation

The M107A1 is the choice of serious long-range shooters who understand that capability at distance demands precision engineering and uncompromising reliability.