Arsenal Inc. Muzzle brake 7.62x39 and 5.56x45 calibers 14x1mm left-hand threads Arsenal Bulgaria

Enhance your AK-platform rifle's performance with the Arsenal Inc. Muzzle Brake, engineered by Arsenal Bulgaria for superior recoil management on 7.62x39mm and 5.56x45mm calibers. This precision-machined accessory features standard 14x1mm left-hand threads, delivering reliable fitment and effective muzzle control during rapid fire.Key Features and Benefits Recoil Reduction: Designed to minimize felt recoil and muzzle rise, allowing for faster follow-up shots and improved accuracy in tactical or competitive shooting scenarios. Dual-Caliber Compatibility: Optimized for both 7.62x39mm and 5.56x45mm platforms, providing versatile use across multiple rifle configurations without the need for additional adapters. Bayonet-Compatible Design: Symmetrical construction with a precise external diameter that accepts standard bayonet rings, maintaining full functionality for rifles equipped with bayonet lugs. Durable Black Oxide Finish: Provides corrosion resistance and a low-profile appearance while ensuring long-term durability in demanding environments.Technical Specifications Threads: M14x1.0 Left-Hand Cartridge Compatibility: 7.62x39mm and 5.56x45mm Finish: Black Oxide Dimensions: 2.5" Length x 1.1" Width x 1.1" Height Weight: 4 oz Construction: Hard chrome-lined interior for enhanced longevityWhy Choose This Arsenal Muzzle Brake?Whether you're upgrading an existing Arsenal rifle or building a custom AK variant, this Bulgarian-manufactured muzzle brake offers OEM-level quality and proven performance. Its effective design helps mitigate the sharp recoil impulse typical of 7.62x39mm and 5.56x45mm rounds, improving shooter comfort and control. The inclusion of locking notches ensures a secure, vibration-resistant installation every time.Installation NotesThread directly onto compatible 14x1mm LH barrels. Always verify thread direction and use appropriate thread locker for secure mounting. Professional installation recommended for optimal safety and performance.