Aero Precision 16" 9MM CMV Barrel

Aero Precision 16″ 9MM CMV Barrel

Optimized for AR9, PCC, and EPC Builds

The Aero Precision 16″ 9MM CMV Barrel delivers exceptional accuracy, reliability, and long-term durability for your AR9, Pistol Caliber Carbine (PCC), or EPC build. Precision-machined from 4150 Chrome Moly Vanadium (CrMoV) steel and finished in a QPQ corrosion-resistant coating, this barrel is built to mil-spec standards to ensure consistent performance shot after shot.

Key Features:

• Caliber: 9mm
• Length: 16 inches
• Material: 4150 CrMoV Steel for superior strength and heat resistance.
• Finish: QPQ (Quench Polish Quench) for advanced wear and corrosion protection.
• Glock-Style Compatibility: Fully compatible with EPC and AR9 builds.
• Feeds Most Hollow Point Designs: Engineered for reliable feeding and cycling.
• Works with EPC & Mil-Spec Upper Receivers: Ensures maximum build versatility.
• Blowback Operation: No gas block or gas tube required for function.
• Threaded 1/2×28: Ready for compensators, suppressors, or muzzle brakes.
• Integrated Barrel Extension: Provides true 16″ overall length for precise fitment.

Important Notes:

• 1/2×28 flash hiders: May lack clearance for 9mm projectiles. Always verify fit before installation.
• Winchester hollow point ammunition may exhibit poor feeding performance.

Built for Accuracy and Dependability

Engineered for competition, tactical, and PCC applications, the Aero Precision 16″ 9MM CMV Barrel provides increased muzzle velocity and tighter shot groups at distance. Its QPQ-treated CrMoV construction resists heat and corrosion, ensuring long service life and consistent precision across high-volume shooting sessions.

For builders seeking a premium, performance-driven 9mm barrel that delivers the ideal balance of strength, reliability, and accuracy, the Aero Precision 16″ 9MM CMV Barrel stands out as a top-tier choice.

NOTE: As of April 1, 2024, all Aero Precision barrels are manufactured by Ballistic Advantage and will include Ballistic Advantage markings.
Learn more here.