The Hornady Part #2730 270 Caliber bullets are designed for precision and reliable expansion in hunting and shooting applications. These .277-inch diameter bullets feature a weight of 130 grains, optimized for excellent ballistic performance and consistent accuracy. The jacketed soft point construction ensures controlled expansion upon impact, making them ideal for hunting medium to large game. The bullets are manufactured with a tapered jacket, where the jacket thickness is precisely controlled to promote uniform expansion at various velocities. Additionally, the strategically weakened upper jacket section and inner grooves facilitate predictable expansion behavior, enhancing terminal performance. The one-piece core design retains more mass and energy compared to divided cores, providing deeper penetration and greater stopping power. The embedded InterLock® ring and cannelure work together to ensure secure crimping and prevent bullet setback during firing, contributing to consistent accuracy. These bullets are packaged in boxes of 100, with 25 boxes per case, making them suitable for bulk purchase and high-volume shooting. Whether for hunting or target shooting, Hornady's jacketed soft point bullets deliver reliable expansion, high ballistic coefficients, and consistent performance across a range of velocities. Designed for precision shooters and hunters alike, these bullets provide the confidence needed for successful and ethical hunting experiences.
Features:
- Caliber/Type: .270 Caliber SP (Soft Point)
- Diameter: .277 inches
- Weight: 130 grains
- Ballistic Coefficient: .409
- Sectional Density: .242
- Inner Grooves: Strategically weaken the upper jacket for controlled expansion
- Tapered Jacket: Precisely controlled thickness for reliable expansion at all velocities
- One-Piece Core: Retains more mass and energy, does not separate like divided cores
- Cannelure: Ensures accurate, consistent crimping and works with InterLock® ring
- InterLock® Ring: Embedded in the core to prevent bullet setback and enhance retention
