Saunders Bullet Points 9/32 75 Gr. 100 Pk.

The Saunders Bullet Points 9/32 75 Gr. 100 Pk. is a precision target projectile designed for shooters who demand consistency and accuracy in handloading operations. Built for competitive shooters, reloaders, and firearms enthusiasts, this product fills a critical role in the ammunition supply chain for those who take control of their ballistic performance. At 75 grains with a 9/32-inch diameter, these bullet points are engineered for specific cartridge applications where exact weight and geometry directly influence downrange velocity, energy retention, and shot placement reliability.

Each unit in this 100-round box is manufactured to strict dimensional tolerances that ensure uniform feeding, consistent seating depth, and predictable ballistic performance across multiple shots. The 75-grain weight specification is critical for maintaining optimal pressure curves and velocity spreads in the specific caliber and load data for which these projectiles are designated. Saunders' bullet point design optimizes terminal performance by controlling expansion and penetration characteristics, making them suitable for target work, practice sessions, and applications where precision matters. The compact packaging—at just 1.1 lbs for 100 rounds—reflects the lightweight nature of these projectiles while maintaining structural integrity through storage and handling.

Handloaders and ammunition manufacturers benefit most from buying Saunders Bullet Points in bulk quantities, as consistent lot-to-lot performance is essential when developing load data or maintaining ammunition supply for high-round-count training cycles. These projectiles are compatible with standard reloading presses and bullet-seating dies designed for the 9/32-inch diameter specification. Whether you're building competition ammunition, training rounds, or precision rifle loads, verifying your specific caliber and load data requirements with published reloading manuals ensures safe and accurate performance. Store in a cool, dry location away from moisture to maintain dimensional stability and surface integrity over time.