The Galco SM2-800 Speed Master 2.0 delivers fast draw capabilities with secure retention for CZ P-10M and Glock 43/43X pistols. This outside-the-waistband paddle holster combines premium leather construction with competition-proven design elements.
What Makes This Different
The Speed Master 2.0 features an open-top design that eliminates thumb breaks and retention straps for maximum draw speed. Unlike standard holsters that prioritize concealment over accessibility, this model positions the pistol at an optimal draw angle with a forward cant. The paddle attachment system distributes weight across the belt line while allowing quick on-off capability without removing your belt.
Key Features
- Open-top design enables lightning-fast draws without retention devices
- Premium tan leather construction with hand-molded fit
- Paddle attachment system fits belts up to 1.75 inches wide
- Forward cant positioning optimizes draw angle and grip acquisition
- Fits CZ P-10M and Glock 43/43X pistols with or without rail accessories
- Right-hand draw configuration with high ride position
- Reinforced mouth maintains shape for smooth reholstering
Competitive shooters and law enforcement professionals rely on the Speed Master 2.0 for rapid target engagement scenarios. The holster maintains positive retention through precise molding while allowing instant access when milliseconds matter. Weather-resistant leather treatment protects against moisture and maintains flexibility across temperature ranges.
Technical Specs
- Material: Premium leather with protective finish
- Compatibility: CZ P-10M, Glock 43, Glock 43X
- Belt Width: Accommodates belts up to 1.75 inches
- Draw Hand: Right hand only
- Cant: Forward cant for optimized draw angle
- Attachment: Paddle system with belt clips
- Manufacturer: Galco International
- Model: SM2-800
The Speed Master 2.0 represents decades of holster engineering focused on competitive and tactical applications. Galco's reputation for quality leather goods ensures this holster will maintain its shape and function through thousands of draw cycles.