Magpul EHG SG9 Compact Frame for SIG Sauer P320 in Flat Dark Earth

Magpul Industries EHG SG9 Frame, Compact Grip Module, Fits Sig SauerP320 Compact, Matte Finish, Flat Dark Earth MAG1430-FDE

The Magpul EHG SG9 Compact Frame for SIG Sauer P320 offers a reliable and ergonomic grip solution designed for optimal performance. Crafted by Magpul Industries, this grip module is compatible with OEM P320 trigger modules, 15-round magazines, and magazine base plates, ensuring seamless integration with your existing setup. Its compact size provides a comfortable grip for quick handling and control during rapid fire or precision shooting. The frame features an integral carry-sized magazine well flare, facilitating faster magazine changes and improved reload times. A built-in Picatinny rail allows for easy mounting of lights or lasers, enhancing your firearm’s versatility for tactical or home defense use. The frame includes a Magpul-designed magazine release, which is reversible for left-handed shooters, providing customization to suit individual preferences. The steel magazine release is finished in QPQ to resist corrosion and wear, and its contoured surface with custom jimping ensures positive engagement for quick and reliable magazine swaps. Constructed from durable materials and finished in Flat Dark Earth, this grip module combines functionality with a sleek appearance. It is an ideal upgrade for shooters seeking improved ergonomics, modularity, and aesthetics in their SIG Sauer P320 pistol.

Features:

• Compatibility: OEM P320 trigger modules, 15-round magazines, and base plates

• Design: Integral carry-sized magazine well flare for faster reloads

• Mounting: Picatinny rail for lights or lasers

• Reversible Magazine Release: Installed, with left-handed configuration option

• Durability: Steel magazine release finished in QPQ for corrosion resistance

• Color: Flat Dark Earth for a tactical and stylish look

• Size: Compact grip module suitable for versatile handling

• Material: Durable construction designed for longevity and reliable performance