Hornady 30 Cal .308 150 Gr Sp Interlock Bullets 100Ct - 3031

Discover the reliable performance of the Hornady 30 Cal .308 150 Gr SP InterLock Bullets for your reloading needs. These precision-engineered projectiles deliver consistent accuracy and effective terminal ballistics for medium to large game hunting.

Key Features

• InterLock Design: The exclusive raised InterLock ring mechanically locks the lead core to the jacket, ensuring maximum weight retention and controlled expansion upon impact.
• Exposed Lead Tip: Promotes reliable initiation of expansion for hard-hitting performance while maintaining deep penetration.
• Spire Point Profile: Offers a balance of aerodynamic efficiency and reliable feeding in a variety of rifle actions.
• Cannelure: Provides a secure crimping groove to maintain consistent bullet seating and overall cartridge integrity.

Benefits for Reloaders and Hunters

These 150-grain .308 diameter bullets address common reloading challenges by providing lot-to-lot consistency and proven terminal results. The InterLock construction helps retain bullet mass, delivering reliable energy transfer and reducing the risk of jacket-core separation. Ideal for hunters seeking dependable expansion without excessive fragmentation.

Specifications

• Caliber: 30 Cal / .308″
• Bullet Weight: 150 grains
• Bullet Type: Semi-Jacketed Soft Point (SP) with InterLock
• Sectional Density: .226
• Ballistic Coefficient (G1): .338
• Quantity: 100 bullets per box
• Lead Content: Contains lead (not lead-free)

Why Choose Hornady InterLock Bullets

Hornady’s traditional InterLock line combines time-tested cup-and-core construction with modern manufacturing precision. Reloaders appreciate the AMP jacket technology that ensures concentricity and uniformity for tight groups at the range and ethical performance in the field.

Common Applications

• Reloading for .308 Winchester, 30-06 Springfield, and other .30 caliber cartridges
• Big game hunting where controlled expansion and penetration are critical
• Precision reloading projects requiring consistent ballistic coefficients