The Speer TNT 270 caliber bullets deliver explosive expansion and devastating terminal performance for varmint hunting and target shooting. These .277 diameter, 90-grain hollow point projectiles feature Speer's proven TNT design that fragments rapidly upon impact for maximum energy transfer.
What Makes This Different
Speer TNT bullets utilize a thin jacket and large hollow point cavity specifically engineered for explosive fragmentation. Unlike standard hunting bullets that retain weight, TNT projectiles are designed to break apart completely, transferring 100% of their energy to the target. The 90-grain weight provides flat trajectory and high velocity in 270 Winchester chamberings while minimizing over-penetration concerns.
Key Features
- 90-grain hollow point design optimized for explosive expansion
- .277 inch diameter fits all 270 Winchester and 270 WSM rifles
- Thin jacket construction ensures rapid fragmentation on impact
- Large hollow point cavity maximizes energy transfer
- Uniform weight sorting maintains consistent ballistic performance
- 100-count bulk packaging for extended shooting sessions
- Compatible with standard 270 Winchester load data
These bullets excel in varmint hunting scenarios where complete energy dump prevents ricochets and minimizes pelt damage. The 90-grain weight achieves velocities exceeding 3,400 fps in most 270 Winchester loads, creating flat trajectories ideal for long-range prairie dog and coyote hunting. TNT bullets also perform well for informal target shooting where explosive impact provides immediate feedback.
Technical Specs
- Caliber: 270 Winchester (.277 diameter)
- Bullet Weight: 90 grains
- Bullet Type: Hollow Point TNT
- Jacket Material: Gilding metal
- Core Material: Lead
- Quantity: 100 bullets per box
- Manufacturer: Speer (CCI/Vista Outdoors)
- UPC: 076683014467
Speer's decades of bullet manufacturing expertise ensures consistent performance across every projectile in the box. The TNT design has proven itself in countless hunting situations where complete bullet fragmentation is desired over deep penetration.