Q LLC The Fix 8.6 Blackout 30rd,8″ Stainless Threaded Barrel Q-Sert Free-Float Handguards, Picatinny Rail Receiver, Black SBA3 Brace Black, Polymer Grips

Q LLC The Fix in 8.6 Blackout – Compact, High-Performance Rifle with 30rd Capacity

The Q LLC The Fix in 8.6 Blackout is a cutting-edge, short-barreled rifle (SBR) designed for precision, power, and unmatched versatility. Chambered in 8.6 Blackout, this rifle delivers exceptional ballistic performance, making it ideal for tactical engagements, hunting, and suppressed shooting. Featuring an 8″ stainless steel threaded barrel, it ensures superior accuracy while maintaining a compact, maneuverable profile—perfect for close-quarters use.

This model comes equipped with a 30-round magazine, providing ample firepower for extended engagements. The Q-Sert free-float handguard enhances stability and allows for effortless accessory mounting, while the Picatinny rail receiver ensures compatibility with a wide range of optics and tactical gear. The SBA3 pistol brace (included) offers improved stability and control, making it a practical choice for shooters who prioritize ergonomics.

Built with a lightweight yet durable polymer grip, the Q LLC The Fix balances ruggedness with comfort. Its quick-change barrel system allows for easy caliber swaps, adding to its adaptability. The threaded barrel (½x28) is suppressor-ready, optimizing performance for subsonic and suppressed shooting.

Whether you’re a tactical operator, competitive shooter, or firearms enthusiast, the Q LLC The Fix in 8.6 Blackout delivers precision engineering, modularity, and elite performance in a compact package.

Key Features:

• Caliber: 8.6 Blackout
• Barrel: 8″ stainless steel, threaded (½x28)
• Magazine Capacity: 30 rounds
• Handguard: Q-Sert free-float
• Receiver: Picatinny rail for optics/accessories
• Brace: SBA3 (included)
• Grip: Polymer for lightweight handling
• Suppressor-Ready: Optimized for quiet operation

Upgrade your arsenal with the Q LLC The Fix in 8.6 Blackout—where innovation, power, and precision converge.