Redding Premium Series Full Length 2-Die Set 6mm Creedmoor

The Redding Premium Series Full Length 2-Die Set 6mm Creedmoor delivers precision reloading components engineered for shooters who demand consistency in match-grade ammunition production. This complete die set combines Redding's time-tested sizing die with a carbide size button and a bullet seating die fitted with a precision micrometer, addressing the two most critical variables in handload development: case preparation and seating depth uniformity.

The carbide sizing button in the full-length sizing die reduces sizing effort while minimizing wear on tooling, a meaningful advantage when processing high volumes of 6mm Creedmoor brass. The integrated bullet seating micrometer allows shooters to control seating depth to within 0.001-inch increments, eliminating guesswork and enabling load optimization for velocity node consistency. This level of control directly translates to tighter vertical spreads at distance and more predictable ballistic performance—critical factors for long-range competition, precision hunting, and rifle development work. The 6mm Creedmoor caliber, recognized across competitive and field shooting disciplines for its efficiency and inherent accuracy potential, benefits substantially from the dimensional precision this die set provides.

This set is designed for serious handloaders: precision rifle competitors, long-range hunters, and shooters developing loads for inherently accurate platforms. The Premium Series consolidates two separate tool purchases into one purpose-built package, streamlining setup and reducing equipment costs. Whether you're chasing velocity nodes on a competition schedule or dialing in a new rifle, the combination of carbide sizing and micrometer seating provides the repeatability and control required for sub-MOA ammunition production.

Redding's die sets have long held a reputation for precision tooling and durability in the handloading community. The Premium Series represents a refinement of proven Series A design philosophy, pairing fundamental reliability with the modern precision enhancements that contemporary long-range disciplines demand.