Dead Air Armament KeyMicro Flash Hider Model DA120 for 30 Caliber Rifles, Black

Dead Air Armament KeyMicro, Flash Hider, 30 Caliber, 5/8X24, Sig Taper, Nitride Finish, Black DA120

The Dead Air Armament KeyMicro Flash Hider (Part Number DA120) is a compact and lightweight accessory designed to reduce muzzle flash and improve shooting comfort. Crafted for 30 caliber firearms, this flash hider features a sleek black finish that complements a variety of firearm setups. Its minimalist design allows for effective flash suppression without adding unnecessary weight or length to your firearm. The KeyMicro Flash Hider is engineered to work seamlessly with Dead Air's KeyMicro Adapter, enabling versatile mounting options for different platforms and accessories. When paired, these components create a highly adaptable and durable mounting system inspired by Dead Air's industry-leading KeyMo technology, ensuring reliable performance under demanding conditions. This accessory is ideal for shooters seeking a streamlined, effective solution to muzzle flash while maintaining a lightweight profile for precision shooting or tactical applications. Constructed with high-quality materials, it provides consistent performance and durability over time, making it suitable for both professional and recreational use. Whether used on a precision rifle or a tactical platform, the Dead Air KeyMicro Flash Hider helps optimize your firearm’s performance with minimal added bulk. Its straightforward design and compatibility make it an excellent choice for enhancing your shooting setup without sacrificing speed or efficiency.

Features:

• Caliber: 30 Caliber for versatile firearm compatibility

• Material: Durable construction designed for long-lasting performance

• Design: Compact and lightweight to minimize added weight

• Finish: Black for corrosion resistance and aesthetic appeal

• Compatibility: Works with Dead Air's KeyMicro Adapter for flexible mounting options

• Technology: Incorporates proven KeyMo system technology for secure attachment and stability