The Pearce Grip PG26 Grip Extension transforms subcompact Glock pistols by adding crucial gripping surface for enhanced control and comfort. This polymer extension provides an additional 5/8-inch of grip length, allowing full-hand contact for improved shooting performance.
What Makes This Different
Unlike aftermarket magazine extensions that add capacity, the PG26 focuses purely on ergonomics without altering magazine function or reliability. The extension maintains the original 10-round capacity while providing the grip feel of a larger frame pistol. Installation requires no permanent modifications to the firearm, and the factory magazine spring and follower remain unchanged.
Key Features
- Adds 5/8-inch gripping surface for full-hand contact
- Constructed from durable black polymer material
- Compatible with Glock 26, 27, 33, and 39 Gen3 pistols
- Maintains original 10-round magazine capacity
- No gunsmithing required for installation
- Preserves factory magazine reliability
- Matches Glock's standard black finish
The extension significantly improves shooting control during rapid fire sequences and extended range sessions. Competition shooters benefit from the enhanced grip stability, while concealed carry users gain better control without sacrificing concealability. The polymer construction withstands repeated magazine drops and environmental exposure typical in duty and defensive applications.
Technical Specs
- Material: High-impact polymer construction
- Finish: Matte black to match Glock factory finish
- Extension Length: 5/8-inch additional gripping surface
- Compatibility: Glock 26/27/33/39 Generation 3 only
- Installation: Replaces factory magazine floor plate
- Weight: Approximately 0.2 ounces
- Country of Origin: United States
The PG26 represents the most cost-effective method to improve subcompact Glock ergonomics without compromising reliability or concealability. Professional armorers and competitive shooters consistently choose Pearce extensions for their proven track record and precise manufacturing tolerances.