The A-Zoom 17103 StrikerCap pistol snap caps provide safe dry-fire training for 40 S&W firearms without damaging firing pins or striker assemblies. These precision-machined aluminum training rounds absorb firing pin impact while allowing realistic trigger manipulation and malfunction drills.
What Makes This Different
Unlike standard snap caps that can crack or deform after repeated strikes, A-Zoom StrikerCap snap caps feature a replaceable polymer striker cap that absorbs impact energy. The anodized aluminum construction maintains consistent chambering and extraction characteristics identical to live ammunition. Each snap cap withstands thousands of dry-fire cycles while protecting valuable pistol components from potential damage.
Key Features
- Replaceable polymer striker cap protects firing pin and striker assembly
- Precision-machined aluminum body matches 40 S&W cartridge dimensions
- Anodized finish prevents corrosion and ensures smooth chambering
- Realistic weight and balance identical to live ammunition
- Compatible with all 40 S&W pistols and magazines
- Two-pack provides backup for extended training sessions
- Bright safety color prevents confusion with live rounds
These snap caps excel in competitive shooting preparation, concealed carry training, and firearms instruction scenarios. Law enforcement agencies rely on A-Zoom products for safe weapons manipulation drills and malfunction clearance practice. The consistent cycling action helps shooters develop proper trigger control and sight alignment without live fire costs or range restrictions.
Technical Specs
- Caliber: 40 Smith & Wesson
- Construction: Anodized aluminum body with polymer striker cap
- Overall length: 1.135 inches (matches SAAMI spec)
- Case diameter: 0.424 inches
- Quantity: 2 snap caps per package
- Color: Bright safety orange/red identification
- Compatibility: All 40 S&W chambered pistols
- Manufactured in USA
A-Zoom StrikerCap snap caps represent the professional standard for dry-fire training equipment. The replaceable striker cap design extends service life far beyond conventional alternatives while maintaining the precise dimensions required for reliable function testing.