Experience exceptional performance with the Hornady 25 Caliber .257 SST bullets, designed for precision and reliable expansion. Each bullet features a sleek 117-grain weight, delivering high ballistic coefficient and sectional density for flat trajectories and deep penetration. The Jacketed Hollow Point (JHP) design ensures consistent expansion upon impact, making it ideal for hunting and long-range shooting. The bullets incorporate strategic inner grooves to weaken the upper jacket, promoting controlled expansion at various velocities. The precisely tapered jacket maintains uniformity and durability, while the one-piece InterLock core maximizes energy transfer and prevents core separation for better accuracy and terminal performance.
Hornady’s SST bullets are engineered with a cannelure that allows for accurate and consistent crimping, compatible with the InterLock ring embedded in the core. This ring helps retain mass and energy during flight, ensuring reliable performance from shot to shot. The overall design combines advanced ballistic technology with robust construction, providing hunters and shooters with a dependable projectile for a variety of applications. These bullets are supplied in boxes of 100, with 25 boxes per case, making them suitable for high-volume use.
Whether you're outfitting a hunting rifle or a precision long-range setup, Hornady's 25 caliber SST bullets offer optimal performance, consistent expansion, and excellent accuracy, making them a trusted choice among shooting enthusiasts and professionals alike.
Features:
- Caliber/Type: 25 Caliber SST®
- Diameter: .257 inches
- Bullet Weight: 117 grains
- Ballistic Coefficient: .390
- Sectional Density: .253
- Jacket: Jacketed with strategic inner grooves for controlled expansion
- Tapered Jacket: Precisely controlled for consistent expansion at all velocities
- One-Piece Core: Ensures maximum energy transfer and prevents core separation
- Cannelure: Facilitates accurate and consistent crimping and works with InterLock ring
- InterLock® Ring: Embedded in the core for enhanced retention of mass and energy
