Sct Manufacturing 0226010000IC Full Size Compatible w/ Gen 3 17/22/31 Gray Polymer Frame Aggressive Texture Grip

The SCT Manufacturing 0226010000IC Full Size Compatible w/ Gen 3 17/22/31 Gray Polymer Frame Aggressive Texture Grip is a replacement grip module engineered for shooters who demand superior control and ergonomic support during extended duty cycles. Built for law enforcement, military personnel, and serious civilian practitioners, this grip addresses the primary interface between shooter and firearm—the foundation of accuracy and reliability under stress. The aggressive texture pattern is specifically designed to maintain a secure, non-slip hold in wet, sweaty, or gloved conditions common in tactical environments.

Manufactured from durable gray polymer, this grip frame delivers the weight savings and corrosion resistance that polymer construction provides, while the aggressive surface texture significantly increases friction coefficient against skin, tactical gloves, and equipment. The engineering behind the texture pattern ensures that micro-abrasions and directional tooth profiles do not compromise material integrity or user comfort during prolonged carry or qualification shoots. At 0.39 lbs and compact dimensions of 6 x 1.4 x 9.6 inches, the frame maintains the full-size ergonomic profile without excess bulk, critical for duty belts and retention holsters that demand precision fitment.

This grip frame is fully compatible with Gen 3 Glock platforms—specifically the Glock 17, 22, and 31 models—making it an ideal upgrade for duty weapons, training pistols, and competition builds that require enhanced control. Installation is straightforward for armored personnel or gunsmithing professionals; the frame drops into existing Gen 3 lower receiver assemblies without modification. Operators who transition between platforms or need to customize grip ergonomics for reduced recoil impulse and faster sight recovery will find this aggressive texture grip an essential tactical upgrade that directly impacts shot placement and weapon retention under dynamic conditions.