Dragon Muzzle Brake in 9x19mm Bore for 1/2×36 Threaded Barrel by Lantac

Dragon Muzzle Brake in 9x19mm Bore for 1/2×36 Threaded Barrel by Lantac

Upgrade your pistol caliber carbine or 9mm rifle with the Dragon Muzzle Brake in 9x19mm Bore for 1/2×36 Threaded Barrel by Lantac. Engineered for maximum recoil reduction and muzzle stability, this high-performance muzzle brake is designed to keep your firearm flat, controllable, and competition-ready. Built with precision machining and aggressive port geometry, the Dragon delivers superior gas redirection for enhanced control and faster split times.

Whether you are competing, training, or optimizing a tactical PCC setup, this 9x19mm muzzle brake provides measurable performance improvements while maintaining durability under high round counts.

Product Overview

The Lantac Dragon Muzzle Brake in 9x19mm is specifically designed for firearms with a 1/2×36 threaded barrel. Its advanced port configuration efficiently redirects propellant gases to reduce felt recoil and minimize muzzle climb. The result is improved target reacquisition and faster, more accurate follow-up shots. Precision-machined from high-strength steel, the Dragon brake is built to withstand repeated firing cycles while maintaining consistent performance.

Key Features and Benefits

Optimized for 9x19mm PerformanceEngineered with a dedicated 9mm bore diameter to ensure proper clearance and reliable function on compatible platforms.

1/2×36 Thread CompatibilityDesigned specifically for firearms equipped with 1/2×36 threaded barrels, commonly found on many 9mm carbines and rifles.

Advanced Gas Redirection SystemAggressive side port geometry efficiently disperses gases to counteract rearward recoil and vertical muzzle rise.

Enhanced Muzzle StabilityKeeps the firearm flatter during firing, improving accuracy and enabling faster follow-up shots in rapid-fire scenarios.

Precision CNC-Machined ConstructionManufactured from high-strength steel to exact tolerances for consistent alignment and long-term durability.

Corrosion-Resistant FinishProtective coating enhances resistance to heat, fouling, and environmental exposure.

Competition-Ready DesignIdeal for competitive shooting, tactical training, and high-volume range sessions where recoil management is critical.

Technical Specifications

Product Name: Dragon Muzzle BrakeManufacturer: LantacCaliber Compatibility: 9x19mmBore Diameter: 9mmThread Pitch: 1/2x36Material: High-Strength CNC-Machined SteelFinish: Corrosion-Resistant Protective CoatingMount Type: Direct ThreadApplication: 9mm carbines, pistol caliber carbines (PCC), and compatible riflesPrimary Function: Recoil reduction and muzzle rise mitigation

Performance Advantages

Reduces felt recoil for improved shooter comfortMinimizes muzzle climb for faster sight picture recoveryEnhances control during rapid-fire stringsSupports tighter groupings through improved stabilityBuilt to endure high round counts and sustained use

Dimensions and Fitment

Designed for use on firearms with 1/2×36 threaded barrels chambered in 9x19mm. Verify thread pitch and caliber compatibility prior to installation to ensure proper fit and safe operation.

Installation Instructions

Ensure the firearm is unloaded and safe before installation.Confirm the barrel is threaded 1/2×36 and chambered for 9x19mm.Thread the Dragon Muzzle Brake onto the barrel by hand.Align ports correctly before final tightening.Torque to manufacturer-recommended specifications or consult a qualified gunsmith for proper installation.

Warranty and Quality Assurance

The Dragon Muzzle Brake in 9x19mm Bore for 1/2×36 Threaded Barrel by Lantac is manufactured to strict quality control standards for durability and consistent performance. Backed by Lantac’s commitment to engineering excellence, this muzzle brake is built for reliability in demanding shooting environments.

Enhance your 9mm platform with the Dragon Muzzle Brake by Lantac and experience aggressive recoil control, improved muzzle stability, and performance-driven precision every time you pull the trigger.