Redding 224 Valkyrie Type S Neck Die

The Redding 224 Valkyrie Type S Neck Die is a precision reloading tool designed for shooters working with the .224 Valkyrie cartridge who demand consistent, accurate ammunition. This Type S bushing-style neck sizing die gives reloaders direct control over case neck size and bullet tension through interchangeable sizing bushings available in .001-inch increments. The adjustable decapping rod allows precision positioning to resize only a portion of the neck length if desired, providing flexibility for different load specifications and case conditions.

The self-centering bushing design enhances concentricity by allowing the sizing bushing to self-center on the case neck during the resizing process. This reduces runout and improves bullet seating consistency across reloaded rounds. The die comes equipped with a standard decapping button and accepts Redding's full line of interchangeable bushings, enabling reloaders to fine-tune neck tension to match specific bullet weights and seating depths. The modular bushing system means you can adjust your reload process without purchasing multiple dies.

.224 Valkyrie shooters—whether working up precision rifle loads, preparing ammunition for long-range target shooting, or developing match-grade cartridges—benefit from the neck control this die provides. The Valkyrie's high-velocity profile demands precise case neck management to maximize velocity consistency and minimize pressure variation. This die is essential equipment for handloaders seeking to extract the full accuracy potential from their Valkyrie rifles without the guesswork of standard full-length sizing.

Redding's Type S neck sizing dies represent the benchmark for bottleneck rifle cartridge reloading. The interchangeable bushing approach has become the industry standard for shooters who reload multiple bullet weights or need to adjust neck tension between range sessions. This .224 Valkyrie version carries that reputation into a specialized, modern cartridge designed for precision and velocity.