The Hornady Custom Grade Series II 3-Die Set delivers precision reloading capabilities for both 40 S&W and 10mm Auto cartridges in one complete package. This professional-grade die set combines advanced manufacturing techniques with heat-treated steel construction to produce ammunition that meets match-grade standards.
What Makes This Different
The Series II design incorporates Hornady's Elliptical Expander technology, which reduces case neck tension variations by up to 50% compared to standard expanders. The sizer die features a floating decapping assembly that automatically centers itself in the case, preventing off-center primer pocket damage. Each die undergoes individual quality inspection and includes precise tolerances held to within 0.0005 inches.
Key Features
- Elliptical Expander reduces bullet pull variation and improves accuracy
- Floating decapping assembly prevents primer pocket damage
- Heat-treated steel construction with corrosion-resistant finish
- Taper crimp die provides consistent case mouth dimensions
- Compatible with all major reloading presses with standard 7/8-14 threads
- Includes detailed reloading manual with load data
- Zip-Spindle design allows quick die changes without readjustment
This die set handles the pressure demands of both cartridges effectively, from standard 40 S&W loads at 35,000 PSI to full-power 10mm Auto loads reaching 37,500 PSI. The precision-ground surfaces ensure consistent case dimensions shot after shot. Competition shooters report improved group sizes, while hunters appreciate the reliability in adverse conditions.
Technical Specs
- Calibers: 40 S&W and 10mm Auto
- Thread: Standard 7/8-14 TPI
- Material: Heat-treated alloy steel
- Finish: Corrosion-resistant coating
- Includes: Sizer/decapper, expander, taper crimp dies
- Tolerance: ±0.0005 inches
- Country of Origin: USA
- Model Number: 546534
The Custom Grade Series II represents Hornady's commitment to precision manufacturing at an accessible price point. Each die set undergoes rigorous quality control testing to ensure consistent performance across thousands of reloading cycles.