JK Armament JKHDBE928 Bald Eagle Muzzle Device 9mm 1/2x28 Black

The JK Armament JKHDBE928 Bald Eagle muzzle device delivers enhanced recoil management and muzzle control for 9mm firearms. This black nitride-finished device combines precision engineering with practical performance benefits for competitive shooters and tactical applications.

What Makes This Different

The Bald Eagle features a unique baffle design that redirects gases more efficiently than standard linear compensators. Black nitride coating provides superior corrosion resistance compared to basic phosphate finishes, extending service life in harsh conditions. The compact 1.65-inch overall length maintains weapon maneuverability while delivering measurable recoil reduction.

Key Features

• Black nitride stainless steel construction for maximum durability
• 1/2"x28 threading compatible with most 9mm pistols and carbines
• 1.65" overall length maintains compact profile
• Precision-machined baffles optimize gas flow and pressure reduction
• Corrosion-resistant finish suitable for all weather conditions
• Tool-free installation with proper thread engagement
• Compatible with standard 9mm ammunition weights

Field testing demonstrates consistent performance across various 9mm platforms, from competition pistols to patrol carbines. The device reduces felt recoil by approximately 15-20% while minimizing muzzle rise during rapid fire sequences. Weather resistance testing confirms reliable function in rain, snow, and high-humidity environments without performance degradation.

Technical Specs

• Overall Length: 1.65 inches
• Thread Pattern: 1/2"x28 TPI
• Material: Stainless steel with black nitride coating
• Caliber: 9mm/.355 diameter projectiles
• Weight: Approximately 2.1 ounces
• Finish: Black nitride for corrosion resistance
• Country of Origin: United States

The JKHDBE928 represents solid engineering focused on practical performance improvements. Professional shooters and serious enthusiasts recognize the value of quality muzzle devices that deliver consistent results without unnecessary complexity.