The Type S - Bushing Style Neck Sizing Die stands as a testament to precision in the realm of reloading. For those who seek to attain consistent performance from their ammunition, this die offers an efficient and straightforward method for controlling case neck size and tension with remarkable accuracy. At its core, the design employs interchangeable sizing bushings that are available in increments of .001 inches. This feature allows reloaders to tailor their approach based on specific needs, ensuring that each round is crafted with meticulous attention to detail. The adjustable decapping rod further enhances versatility by permitting users to position the bushing so it can resize only a portion of the neck length if desired—a valuable option when fine-tuning loads. Concentricity—the alignment of components—is paramount in achieving superior ballistic performance. The Type S die’s resizing bushing is engineered to self-center on the case neck during operation, which significantly improves concentricity and leads to more uniform bullet seating and enhanced accuracy downrange. For added convenience, this system includes a standard size button with its decapping rod—ideal for those utilizing commercial brass as-is. Moreover, most Type S - Bushing Dies are equipped with a decapping pin retainer (excluding 17 and 20 Cal models), allowing for neck sizing without reliance on the size button. This capability is particularly advantageous for reloaders who meticulously sort or turn case necks seeking uniformity across every cartridge they produce. Included within this set are not just the Type S - Bushing Neck Sizing Die but also a robust Body Die along with a Regular Series 92000 Seating Die—comprehensive tools designed for serious reloaders committed to excellence in their craft. In summary, whether you’re refining your personal load development or striving for match-grade precision, the Type S - Bushing Style Neck Sizing Die provides essential control over one critical aspect: how well your cases fit your chambers—and ultimately how well they perform when called upon in critical moments at range or field alike.