Rugged Suppressor R3 Flash Hider 5/8x24 Thread 7.62mm SCAR17

The Rugged Suppressor R3 Flash Hider delivers superior flash mitigation for 7.62mm platforms while serving as a mounting point for Rugged suppressors. This precision-machined flash hider reduces muzzle signature by up to 95% compared to standard A2 flash hiders, making it essential for low-light operations and maintaining shooter concealment.

What Makes This Different

Unlike basic flash hiders that simply redirect gases, the R3 system incorporates Rugged's proprietary prong design with optimized gas flow channels. The 2.15-inch overall length provides maximum flash reduction without adding excessive weight or length to the rifle. Each unit undergoes rigorous quality control testing to ensure consistent performance across thousands of rounds.

Key Features

• 95% flash reduction compared to standard A2 flash hiders
• 5/8"-24 TPI threading for secure FN SCAR17 compatibility
• 2.15" overall length for optimal balance and performance
• Precision-machined 17-4 PH stainless steel construction
• Direct thread attachment for Rugged suppressor systems
• Matte black Cerakote finish for corrosion resistance
• Zero point-of-impact shift when properly installed

Field testing demonstrates consistent flash mitigation across various ammunition types, from standard ball to match-grade loads. The R3 maintains accuracy while reducing visible signature during rapid-fire sequences. Weather resistance testing confirms reliable performance in temperatures from -40°F to 140°F, with salt spray corrosion resistance exceeding military specifications.

Technical Specs

• Thread Pitch: 5/8"-24 TPI
• Overall Length: 2.15 inches
• Material: 17-4 PH stainless steel
• Finish: Matte black Cerakote
• Weight: 2.8 ounces
• Caliber: 7.62mm/.308 Winchester
• Platform: FN SCAR17 optimized
• Country of Origin: USA

Professional shooters and military personnel rely on Rugged's flash mitigation technology for mission-critical applications. The R3 flash hider represents proven engineering backed by extensive testing protocols. Installation requires proper torque specifications and thread locker for optimal performance.