Hornady Match Grade Bushing .306"

The Hornady Match Grade Bushing .306" (SKU PC594306) is a precision neck-sizing component engineered for reloaders who demand match-grade consistency from their press. This interchangeable bushing works with Hornady's New Dimension Dies to provide ultra-precise case neck alignment, eliminating the risk of oversizing and overworking brass during the critical neck-sizing stage. The .306" diameter is one of several available increments, allowing shooters to select the exact fit for their specific cartridge dimensions.

Neck sizing through interchangeable bushings represents a significant advantage over full-length sizing for shooters reloading match ammunition. Rather than applying a one-size-fits-all approach, bushing-based neck sizing centers the case neck concentrically around the die's mandrel, reducing bullet runout and improving seating concentricity. The .002" increment sizing system allows precision-focused reloaders to dial in the exact clearance needed for their dies and ammunition, reducing case work and extending brass life. This approach is standard practice among competitive shooters and precision rifle enthusiasts who reload for accuracy-sensitive applications.

Match-grade reloading with Hornady bushings serves shooters competing in precision rifle matches, long-range hunting, and benchrest competition where case neck concentricity directly impacts group size and reliability. Reloaders working with tight-tolerance dies benefit from the flexibility of bushing selection to match their specific press setup and brass dimensions. This component is compatible with Hornady New Dimension Die systems and represents an investment in process control for those pursuing sub-MOA precision.

Hornady's reputation in reloading components reflects decades of experience supplying competitive shooters and precision handloaders. The bushing system approach has become the industry standard for match-grade ammunition production, adopted across competitive and professional reloading operations where dimensional consistency is non-negotiable.