PROOF RESEARCH 11.5" .223 WYLDE CARBON FIBER AR-15 BARREL,

DESCRIPTION

The 11.5" .223 Wylde Carbon Fiber Barrel is engineered for maximum performance, durability, and weight reduction in the AR-15 platform. Designed for shooters who demand a lightweight yet hard-use capable setup, this barrel combines advanced materials with precision gas system tuning for superior real-world performance.

Constructed using aerospace-grade carbon fiber wrapped around a precision steel core, this barrel is up to 64% lighter than traditional steel barrels of similar contour. The proprietary matrix resin and high-strength carbon fiber construction deliver exceptional rigidity, long-term durability, and resistance to harsh conditions.

The carbon fiber design also provides enhanced heat dissipation, allowing the barrel to run cooler during extended firing strings. This results in improved consistency, reduced heat shift, and longer barrel life under demanding use.

At the core of performance is the Caliber Matched Gas System (CAMGAS), specifically tuned for the .223 Wylde chamber and 11.5" length. By optimizing gas port location, the system maintains ideal pressure levels—resulting in a smoother recoil impulse, reduced fouling, improved extraction reliability, and less wear on both components and brass.

The .223 Wylde chamber offers versatility, safely accommodating both .223 Remington and 5.56 NATO ammunition while maintaining excellent accuracy. This makes it an ideal choice for duty builds, suppressor setups, and high-performance AR configurations.

Barrels are guaranteed for headspacing with JP Enterprises Enhanced Bolts (verification recommended prior to firing). For optimal function, the use of full mass components—including bolt carrier group, buffer, and springs—is recommended.

Purpose-built for lightweight performance without compromise, this barrel delivers advanced materials, optimized gas tuning, and durability you can rely on.

• 11.5" Carbon Fiber
• 1:7 Twist
• 1/2-28 Thread
• Carbine Length Gas / .750
• Up to 64% lighter than traditional steel barrels of similiar contour
• Match-Grade accuracy
• Improved heat dissipation for cooler and longer lasting barrels