The Magpul MOE-EVO Grip is an optimized drop-in upgrade to the CZ Scorpion EVO 3 family of pistols and carbines. Featuring an enhanced grip angle and Magpul's proprietary TSP texture on contact surfaces, the MOE-EVO Grip gives users unsurpassed comfort, control, and durability. This lightweight and ergonomic grip builds on the legacy of Magpul's MOE AR and AK grips to provide CZ Scorpion EVO 3 users positive control in all conditions, with or without gloves.
Qualifyies as one U.S.-made part for 922(r) compliance.
Made in the USA.
OPTIMAL GRIP ANGLE
Optimized grip angle allows enhanced control with short LOP stocks and pistol configurations, either with or without a brace
TSP TEXTURING FOR POSITIVE WEAPON CONTROL
Aggressive TSP grip texture increases weapon retention in all environments and is substantially more durable than grip tape
Ergonomic design mitigates fatigue and ensures ease of access to weapon controls while maintaining a secure grip
RUGGED POLYMER CONSTRUCTION
High-strength injection-molded polymer construction
Easily installs with a 3mm hex wrench
The Magpul MOE-EVO Enhanced Magazine Release is a durable and affordable ambidextrous upgrade to the standard magazine release for the CZ Scorpion EVO 3 family of pistols and carbines. The paddle design allows for easy, one-handed activation and magazine extraction, maximizing economy of movement.
Durable, lightweight, high-strength polymer construction. Its increased surface area allows for better purchase and positive release activation while remaining low-profile, and textured ridges and an easy-to-reach paddle allow ambidextrous use, with or without gloves. It includes an optimized lever angle for positive activation.
Installs easily with a 5/32" roll pin punch.
Made in the USA.
Increased surface area allows for better purchase and positive release activation while remaining low-profile
Textured ridges and an easy-to-reach paddle allow ambidextrous use, with or without gloves
Optimized lever angle for positive activation
Durable, lightweight, high-strength polymer construction