Fort Scott Munitions 32 ACP Tumble Upon Impact (TUI) Ammo - 71 Grain Solid Copper Spun Bullet, Centerfire Handgun Rounds

Fort Scott Munitions 32ACP71SCV Tumble Upon Impact (TUI) 32ACP 71gr Solid Copper Spun 20 Per Box/25 Case

The Fort Scott Munitions 32 ACP Tumble Upon Impact (TUI) ammo is designed for demanding defense and hunting applications, offering superior terminal performance compared to standard expanding bullets. Featuring a 71-grain solid copper spun bullet, this ammunition delivers a muzzle velocity of approximately 828 fps, ensuring reliable and consistent accuracy at typical handgun ranges. Crafted with precision, these centerfire rounds are ideal for shooters seeking match-grade quality and dependable performance in critical situations.
Constructed with a brass casing, the rounds are engineered for durability and reliable cycling in your handgun. The innovative Tumble Upon Impact technology creates a dynamic wound cavity upon contact, surpassing traditional bullets in terminal effects, making it an excellent choice for self-defense and hunting scenarios. Each box contains 20 rounds, with 25 boxes available per case, providing ample supply for training and field use.
Fort Scott Munitions is known for its commitment to quality and innovation, and this 32 ACP ammunition exemplifies their expertise. Whether you're engaging targets for practice or preparing for real-world encounters, these rounds offer exceptional performance, consistency, and stopping power to meet your needs. Invest in reliable, high-performance ammunition from Fort Scott Munitions to ensure your firearm is always ready for action.

Features:

• Caliber: 32 ACP for compatibility with a range of handguns

• Bullet Type: Solid Copper Spun for durability and expansion

• Bullet Weight: 71 grains for optimal terminal performance

• Muzzle Velocity: 828 fps for reliable accuracy

• Application: Suitable for defense and hunting scenarios

• Casing Material: Brass for durability and reliable chambering

• Type: Centerfire handgun rounds for consistent ignition and performance