The Fort Scott Munitions 260130SCV2 Tumble Upon Impact ammunition delivers devastating terminal performance through its innovative solid copper spun design. This 260 Remington load features a 130-grain projectile engineered to tumble upon impact, creating massive wound channels while maintaining deep penetration.
What Makes This Different
Unlike traditional expanding bullets that rely on lead cores, the TUI design uses 100% solid copper construction with a unique spun profile. The projectile maintains structural integrity at high velocities while the tumbling action begins immediately upon target contact. This creates significantly larger wound cavities compared to standard hunting bullets, resulting in faster, more ethical kills.
Key Features
- 130-grain solid copper spun projectile for maximum terminal performance
- Tumble Upon Impact technology creates devastating wound channels
- Lead-free construction eliminates fragmentation concerns
- Optimized for 260 Remington cartridge ballistics
- Consistent weight retention maintains deep penetration
- Premium brass cases with reliable primer seating
- 20 rounds per box, 25 boxes per case (500 total rounds)
Field testing demonstrates exceptional performance on medium to large game animals, with the tumbling action beginning within the first few inches of penetration. The solid copper construction maintains 100% weight retention while creating wound channels up to three times larger than conventional bullets. This ammunition excels in hunting scenarios where quick, clean kills are essential, particularly for deer, elk, and similar-sized game.
Technical Specs
- Caliber: 260 Remington
- Bullet Weight: 130 grains
- Construction: Solid copper spun design
- Technology: Tumble Upon Impact (TUI)
- Packaging: 20 rounds per box
- Case Quantity: 25 boxes (500 rounds total)
- UPC: 758381722164
- Manufacturer: Fort Scott Munitions
This premium hunting ammunition combines cutting-edge projectile design with proven ballistic performance. The solid copper construction ensures consistent terminal ballistics while the tumbling action maximizes tissue damage for ethical, effective hunting results.