The Fort Scott Munitions 9MM115SCV features Tumble Upon Impact (TUI) technology that creates devastating wound channels while maintaining barrier penetration capabilities. This 115-grain solid copper projectile delivers consistent terminal performance across various shooting scenarios.
What Makes This Different
Unlike traditional hollow point ammunition, the TUI design uses a machined solid copper construction with a unique spun profile that creates tumbling action upon impact with soft tissue. This tumbling effect generates larger wound cavities compared to standard ball ammunition while maintaining structural integrity through intermediate barriers. The solid copper construction eliminates lead exposure concerns and provides consistent weight retention.
Key Features
- 115-grain solid copper spun projectile with TUI technology
- Tumble Upon Impact design creates enhanced wound channels
- Lead-free construction eliminates toxic metal exposure
- Superior barrier penetration compared to hollow points
- Consistent performance in various barrel lengths
- Temperature-stable powder charge for reliable cycling
- Boxer-primed brass cases suitable for reloading
This ammunition performs effectively in both compact and full-size 9mm platforms, maintaining velocity and accuracy across different barrel lengths. The solid copper construction resists deformation when encountering clothing, drywall, or automotive glass, making it suitable for law enforcement and personal defense applications. The consistent powder charge ensures reliable cycling in semi-automatic pistols while maintaining accuracy standards expected from precision ammunition.
Technical Specs
- Caliber: 9mm Luger
- Bullet Weight: 115 grains
- Bullet Type: Solid Copper Spun (TUI)
- Case Material: Boxer-primed brass
- Quantity: 20 rounds per box
- Case Quantity: 25 boxes per case (500 rounds)
- Muzzle Velocity: Approximately 1,200 fps (4-inch barrel)
- Country of Origin: United States
Fort Scott Munitions has engineered this load to meet the demanding requirements of professional users while providing civilian shooters with proven terminal ballistics. The combination of barrier penetration and enhanced wound cavity creation addresses the limitations found in both traditional ball and hollow point designs.