One thousand. That's all that will ever exist. The Glock 45 MOS TALO Special Edition is a joint collaboration between Glock and Special Operations Wounded Warriors (SOWW) — a powerful tribute to those who answered the call and paid a price most will never fully understand. Each pistol carries the SOWW logo and Task Force Dagger Foundation logo on the stippled frame, the iconic Battlefield Cross engraved on the slide, and a unique serial number from 1 to 1,000. This isn't a range toy. This is a collector's piece with a conscience.

Custom finishing was performed by SKYDAS, applying a rugged Titanium Gray Cerakote to the frame — a finish chosen for both its battlefield aesthetics and its unmatched resistance to corrosion, wear, and the elements. The frame is laser engraved and stippled for an aggressive, non-slip grip surface that performs in any condition.

Built on the G45 MOS Platform

The foundation of this limited edition is the proven Glock 45 MOS Gen5 — a compact crossover that pairs a full-size Gen5 frame with a compact slide, delivering the best of both worlds for duty carry, home defense, and competition. The Modular Optic System (MOS) configuration allows direct mounting of a reflex sight to the slide without requiring an aftermarket slide or custom milling — just mount and go.

Gen5 Performance Features

• Glock Marksman Barrel (GMB): Engineered for enhanced accuracy with a precision-rifled polygonal crown
• Front Slide Serrations: Additional grip surface for positive slide manipulation, even with wet or gloved hands
• Flared Magazine Well: Speeds up reloads under stress and in low-light conditions
• Ambidextrous Slide Stop Lever: Fully accessible for left- and right-handed operators
• Reversible Magazine Catch: Configurable to your dominant hand without tools
• Modular Backstrap System (MBS): Three interchangeable backstraps for a personalized fit
• Enhanced Trigger: A smoother, more consistent pull with a clean break
• nDLC Slide Finish: Glock's hard-surface treatment that resists wear, corrosion, and UV degradation