The Nosler 39532 Ballistic Tip bullets deliver exceptional accuracy and devastating terminal performance for 6mm cartridges. These 70-grain spitzer point projectiles feature Nosler's proven ballistic tip design that combines flat trajectory with controlled expansion on impact.
What Makes This Different
Unlike conventional hollow point bullets, the Ballistic Tip design uses a polycarbonate tip that initiates expansion while maintaining aerodynamic efficiency. The tapered jacket construction ensures consistent weight retention of 50-60% while creating maximum energy transfer. This dual-core technology outperforms standard soft point bullets in both accuracy and terminal ballistics.
Key Features
- Polycarbonate ballistic tip for rapid expansion and flat trajectory
- 70-grain weight optimized for high-velocity 6mm cartridges
- Tapered jacket design with lead alloy core for controlled expansion
- Spitzer point profile with boat tail base for superior ballistic coefficient
- Color-coded tip system for easy identification and sorting
- Manufactured to +/- 0.003" tolerances for match-grade consistency
- 100-count bulk packaging for serious shooters and reloaders
These bullets excel in varmint hunting applications where explosive terminal performance is desired. The 70-grain weight provides excellent stability in standard 1:10" twist barrels while maintaining velocities over 3,200 fps in most 6mm cartridges. The ballistic tip construction ensures reliable expansion even at extended ranges where velocity drops below 2,000 fps.
Technical Specs
- Caliber: 6mm/.243 diameter
- Weight: 70 grains
- Bullet Type: Spitzer point with ballistic tip
- Jacket Material: Tapered copper alloy
- Core: Lead alloy with partition design
- Ballistic Coefficient: .310 (G1)
- Recommended Twist Rate: 1:10" or faster
- Package Count: 100 bullets per box
- Manufacturer: Nosler Inc., USA
Reloaders choose Nosler Ballistic Tip bullets for their consistent performance and proven track record. The precision manufacturing ensures uniform seating depth and concentricity, critical factors for sub-MOA accuracy in precision rifles.