Liberty Civil Defense 357 SIG 50gr Lead Free Hollow Point Ammo

The Liberty Ammunition Civil Defense 357 SIG delivers maximum stopping power through innovative lead-free fragmenting technology. This 50-grain hollow point ammunition creates devastating wound channels while maintaining exceptional accuracy and reduced recoil compared to traditional defensive loads.

What Makes This Different

Liberty's fragmenting hollow point design breaks apart upon impact, creating multiple wound channels that transfer maximum energy to the target. The monolithic copper construction eliminates lead exposure concerns while achieving velocities up to 2,000 fps. This advanced design provides superior terminal performance compared to conventional jacketed hollow points that may fail to expand reliably.

Key Features

• 50-grain lead-free copper construction for consistent expansion
• Fragmenting hollow point creates multiple wound channels
• High velocity loads reaching 2,000+ fps muzzle velocity
• Reduced felt recoil compared to heavier grain weights
• Nickel-plated brass cases for reliable feeding and extraction
• Lead-free design safe for indoor ranges and training
• Consistent powder charges for reliable cycling in semi-automatics

This ammunition excels in personal defense scenarios where rapid incapacitation is critical. The fragmenting design ensures energy transfer while reducing over-penetration risks in populated areas. Law enforcement agencies appreciate the consistent performance across various barrel lengths, while civilian defenders benefit from the manageable recoil that enables faster follow-up shots.

Technical Specs

• Caliber: .357 SIG
• Bullet Weight: 50 grains
• Bullet Type: Lead-free fragmenting hollow point
• Case Material: Nickel-plated brass
• Muzzle Velocity: 2,000+ fps (4-inch barrel)
• Packaging: 20 rounds per box, 50 boxes per case
• Manufacturer: Liberty Ammunition
• UPC: 748252888631

Liberty Civil Defense represents the evolution of defensive ammunition technology. The lead-free construction meets environmental regulations while the fragmenting design provides terminal performance that exceeds traditional hollow points in controlled penetration testing.