Energetic Armament FEROX 5.56mm Suppressor – Flat Dark Earth, Stainless Steel, H900 Heat-Treated
Energetic ArmamentThe Energetic Armament FEROX suppressor is engineered from high-grade 17-4 stainless steel, heat treated to the H900 condition for maximum strength and durability. Designed specifically for 5.56mm NATO platforms, it excels in short and mid-length barrel configurations, optimizing low back pressure and providing excellent sound suppression for a variety of shooting environments. Its robust construction ensures reliable performance and longevity, making it a dependable choice for firearm enthusiasts and professionals alike.
With a weight of approximately 12.5 ounces, the FEROX suppressor maintains a balanced profile while delivering superior noise reduction. The Flat Dark Earth finish offers a tactical appearance that resists corrosion and fits seamlessly into tactical and sporting firearms. Its compact length and lightweight design make it easy to attach and detach, supporting quick deployment and maintenance.
The FEROX model's innovative design enhances muzzle control and reduces felt recoil, improving shot accuracy and overall shooting experience. Whether used in training, tactical operations, or recreational shooting, this suppressor provides a significant advantage by decreasing muzzle flash and sound signature, contributing to a safer and more enjoyable shooting environment. Constructed with precision and built to rigorous standards, the FEROX suppressor from Energetic Armament is a reliable upgrade for your firearm system, ensuring effective performance in demanding conditions.
Features:
- Material: Constructed from heat-treated 17-4 stainless steel for maximum strength and durability
- Design: Developed for 5.56mm NATO platforms with optimized low back pressure
- Finish: Flat Dark Earth coating for corrosion resistance and tactical appearance
- Weight: Approximately 12.5 ounces for balanced handling and performance
- Compatibility: Suitable for short and mid-length barrels to enhance sound suppression