Glock 47779 G17/G19 10-Round 9mm Magazine - Coyote Tan Polymer

The Glock 47779 10-round magazine delivers reliable feeding for G17 and G19 pistols while meeting capacity restrictions in regulated jurisdictions. This factory magazine maintains the same proven polymer construction and spring tension as standard-capacity versions.

What Makes This Different

Factory Glock magazines feature precision-molded polymer bodies with steel reinforcement inserts at critical stress points. The witness holes allow quick round counting, while the orange follower provides visual confirmation of proper feeding position. Unlike aftermarket alternatives, these magazines undergo the same quality control testing as those shipped with new pistols.

Key Features

• 10-round capacity compliant with restricted jurisdictions
• Coyote tan polymer body matches FDE frame finishes
• Compatible with Glock 17, 19, 26, 34, and other 9mm models
• Witness holes at rounds 5 and 10 for capacity verification
• Drop-free design with extended baseplate for positive grip
• Steel-reinforced feed lips prevent deformation under stress
• Orange follower ensures consistent feeding geometry

Field performance matches full-capacity magazines in feeding reliability and extraction timing. The reduced spring compression actually extends magazine life during extended storage periods. Competition shooters appreciate the consistent lockback function, while duty users benefit from the positive seating in the magazine well. The polymer construction resists impact damage and temperature extremes from -40°F to 200°F.

Technical Specs

• Capacity: 10 rounds of 9mm Luger/.380 ACP
• Material: Polymer body with steel reinforcements
• Finish: Coyote tan polymer with black internals
• Compatibility: Glock 17, 19, 26, 34, and compact 9mm models
• Overall length: 4.17 inches
• Weight: 2.4 ounces empty
• Country of origin: Austria
• Manufacturer warranty: Limited lifetime

This factory magazine ensures consistent performance while meeting legal capacity limits. The proven Glock reliability and precise manufacturing tolerances make it the logical choice for restricted-capacity applications.