Recover Tactical CC3P0401 Frame Grip Gray Polymer Frame with Interchangeable Black & Gray Panels for Standard Frame 1911

The Recover Tactical CC3P0401 Frame Grip is a modular polymer grip system designed for standard frame 1911 pistols, delivering shooters a customizable ergonomic solution without permanent modifications. Built for law enforcement, military personnel, and civilian shooters who demand versatility and comfort, this frame grip addresses the reality that one-size-fits-all grip panels fail across diverse hand sizes and shooting applications. The interchangeable panel system allows rapid adaptation between mission profiles—whether transitioning from duty carry to training or adjusting for different shooter hand geometry within a tactical unit.

Manufactured from durable gray polymer, the CC3P0401 frame grip maintains structural integrity under extended use while remaining lightweight at 0.27 lbs. The interchangeable black and gray panel design provides both aesthetic flexibility and functional modularity—users can swap panels in seconds without tools, enabling rapid grip configuration changes during training cycles or when equipment needs to transition between operators. The polymer construction resists corrosion and environmental degradation, critical for field operations in varied climates, while the textured surface geometry maintains consistent weapon control across wet, dry, and gloved shooting scenarios.

This grip system benefits tactical shooters, duty carriers, and competitive pistol athletes who prioritize ergonomic consistency and equipment standardization. Installation requires no permanent alterations to the 1911 frame, making it ideal for agencies managing mixed shooter populations or individual operators rotating between multiple duty weapons. Compatibility is confirmed for standard frame 1911 platforms, though verification with your specific platform is recommended before deployment; the modular design ensures long-term value as shooting disciplines evolve and individual preferences shift over time.