Redding Type S-Match Bushing Neck Die Set 6.5 PRC

The Redding Type S-Match Bushing Neck Die Set for 6.5 PRC delivers precision case neck sizing for serious handloaders who demand consistency in their reloading process. Built for 6.5 Precision Rifle Cartridge ammunition, this neck sizing die employs interchangeable bushings to provide repeatable control over case neck diameter and tension—critical factors in achieving match-grade ammunition concentricity and shot-to-shot velocity consistency.

The Type S system uses bushings available in .001-inch increments, allowing fine-tuned adjustment to accommodate different brass and seating requirements without resizing the entire case neck. The self-centering bushing design enhances concentricity by allowing the bushing to float on the case neck during sizing, minimizing runout caused by misalignment. An adjustable decapping rod enables selective sizing of only the upper neck portion if desired, preserving case life and dimensional consistency. This flexibility is particularly valuable when working with premium brass or when pursuing extreme accuracy in precision rifle applications.

This die set is engineered for handloaders working with 6.5 PRC, a modern long-range cartridge favored in precision rifle competition, extended-range hunting, and tactical rifle development. The bushing neck die approach is preferred by competitors and precision shooters because it isolates neck sizing from body resizing, yielding tighter velocity spreads and improved accuracy potential. The system integrates into standard single-stage and progressive presses, making it accessible for both benchrest reloaders and field ammunition builders seeking performance advantages.

Redding Reloading Equipment is recognized among precision handloaders for manufacturing dies and tools that emphasize dimensional accuracy and consistency. The Type S bushing system has become the standard in precision rifle reloading, adopted across competitive shooting disciplines where ammunition quality directly influences performance.