Talon Grips - Adhesive Grip for Glock 29, 29SF, 30, 30S, 30SF, 36 - Made in The USA - Easy Installation, Ultra-Thin, Superior Traction, Performs in All Conditions

Talon Gun Grips are crafted for the discerning firearm owner who demands both comfort and control. Designed with an ultra-thin profile, these grips provide exceptional handling and accuracy without compromising firearm comfort. Whether you’re shooting in extreme weather, on the range, or in the field, Talon grips are built to perform in all conditions. Proudly made in the USA, each grip is constructed from durable, high-quality materials for a secure and long-lasting fit. The easy installation process ensures a hassle-free application with no special tools required. Available in three materials—Granulate, Black Rubber, and Moss Rubber—Talon Gun Grips offer personalized comfort, performance, and durability. Commpatible with Glock 29, 29SF, 30, 30S, 30SF, 36

• Enhanced Confidence, Safety & Control: Our stick-on grips provide a stable, secure hold that provides improved stability and control for a more confident experience at the range or in the field.
• Durable All-Weather Performance: Engineered to perform in all conditions, our grips provide consistent traction and comfort whether you're in dry, wet, or extreme weather conditions, giving you reliable control in any environment. Made with premium materials, our grips last 1-3+ years, making them ideal for both concealed carry and open holster carry.
• 100% Made in the USA: US-Patented, custom designed, our wraparound grips offer maximum coverage and an OEM-quality fit and finish. Available in Granulate and Rubber material.
• Faster, More Accurate Follow-Up Shots: With superior traction and reduced recoil, our ultra-thin grips (less than 0.5mm thick) enable faster, more accurate follow-up shots. Designed to feel natural in your hands, these grips are durable enough for competition use.
• Trusted by Law Enforcement and Military: Countless professionals rely on Talon Gun Grips for their unmatched performance and durability in high-pressure situations.