Rearden R2 Fh 1/2-28 Nitride

The Rearden R2 FH 1/2-28 Nitride is a professional-grade flash hider engineered for shooters who demand reliable muzzle signature reduction without compromise. Designed for tactical, law enforcement, and military applications, this flash hider addresses a critical operational need: concealing muzzle flash during low-light engagements and sustained fire sequences. Whether deployed in urban environments, training scenarios, or field operations, the R2 FH provides the performance advantage that separates effective threat response from exposure.

Manufactured with nitride-finished steel construction, the Rearden R2 FH features a proven prong-style flash-hider geometry that effectively disperses burning propellant gases away from the shooter's line of sight. The 1/2-28 threaded mounting system ensures secure attachment to rifles with compatible barrel threads, while the nitride surface treatment provides superior corrosion resistance and durability under harsh field conditions. This finish maintains hardness without brittleness, ensuring longevity across thousands of rounds and multiple deployment cycles. The compact 4-inch overall length minimizes additional muzzle profile while delivering measurable flash signature reduction across common rifle calibers.

This muzzle device benefits operators running intermediate-caliber platforms—particularly 5.56 NATO and .223 Remington rifles—where flash concealment enhances situational awareness and team safety in coordinated operations. Installation requires a properly threaded 1/2-28 barrel; professional armorers should verify thread pitch before assembly to ensure correct seating and zero retention. The R2 FH's moderate weight of 0.25 lbs preserves rifle balance and does not significantly affect felt recoil impulse, making it suitable for precision work and rapid-fire drills alike. For duty weapons, training platforms, or civilian sport rifles, the nitride finish resists environmental degradation while maintaining the aesthetic consistency of modern tactical systems.