Hornady Bullets 270 Cal .277 - 130 Grain Jacketed Soft Point (Part #2730)

130GR JSP 100CT 25BX/CS

Hornady's 270 Caliber .277 bullets (Part #2730) are designed for precision and reliable expansion at all velocities. These jacketed soft point bullets feature a diameter of .277 inches and weigh 130 grains, making them ideal for hunting and precision shooting applications. The bullets incorporate a carefully engineered tapered jacket, with inner grooves strategically placed to weaken the upper section of the jacket, promoting controlled expansion upon impact. The one-piece core construction ensures maximum energy transfer and retains more mass compared to divided cores, delivering consistent performance and terminal ballistics. The inclusion of a Cannelure allows for accurate crimping, ensuring the bullet stays securely in place during firing and functions flawlessly in various firearms. The embedded InterLock® ring in the core enhances retention, preventing separation during impact and increasing overall effectiveness. These bullets are jacketed, providing durability and reducing barrel fouling, and are supplied in boxes of 100, with 25 boxes per case, ideal for bulk purchasing. The precise design and quality manufacturing by Hornady ensure these bullets perform reliably across different shooting scenarios, whether for hunting, target practice, or varmint control.

Features:

• Caliber/Type: 270 Caliber SP with a diameter of .277 inches

• Weight: 130 grains for optimal terminal performance

• Ballistic Coefficient: .409 for improved aerodynamic stability

• Sectional Density: .242 for effective penetration

• Inner Grooves: Strategically weaken the jacket for controlled expansion

• Tapered Jacket: Precisely managed thickness for expansion at all velocities

• One-Piece Core: Ensures maximum energy transfer and prevents separation

• Cannelure: Facilitates accurate and consistent crimping

• InterLock® Ring: Embedded in core to improve retention and impact performance

• Jacketed Soft Point: Designed for reliable expansion and penetration