Redding Type S Elite Die Set 6mmXC

The Redding Type S Elite Die Set 6mm XC is a precision reloading die set engineered for shooters demanding tight neck tension control and repeatable case-to-die fit. This three-die set combines a Type S Bushing Full Die, Type S Bushing Neck Die, and Redding Competition Seating Die, making it the choice for serious handloaders pursuing sub-MOA accuracy with the 6mm XC cartridge.

The Type S bushing system is the core differentiator in this die set. Unlike standard dies that rely on fixed sizing, Type S dies employ interchangeable bushings to control neck diameter and tension in 0.001-inch increments. For 6mm XC reloaders, this precision matters: it eliminates neck runout variation that degrades concentricity and group size. The Competition Seating Die ensures consistent bullet seating depth, critical for maintaining case-to-case velocity spreads in factory-class precision rifle matches. The three-die configuration handles full-length sizing, neck sizing, and seating in dedicated passes, allowing fine-tuning at each stage without compromise.

This die set is purpose-built for competitive precision rifle shooters, benchrest competitors, and handloaders who feed long-range hunting rifles. The 6mm XC cartridge—a purpose-designed intermediate designed for PRS and NRL matches—benefits significantly from the tight process control this die set provides. Competitors running factory ammunition or building loads for consistency-critical applications will find the incremental bushing adjustments essential for extracting the cartridge's full potential. The die set integrates seamlessly into progressive or single-stage reloading operations.

Redding's die manufacturing is recognized across precision reloading circles for dimensional accuracy and longevity. The Type S system has become the standard in competitive handloading precisely because the 0.001-inch bushing increments eliminate guesswork. For 6mm XC shooters targeting consistent muzzle velocity and minimal velocity spread, this die set removes a major source of variation from the reloading process.