Description
Warnings:
You must be 21 years or older to order ammunition. Ammunition must ship UPS ground. Due to safety considerations and legal/regulatory reasons, ammunition may not be returned. Please check local laws before ordering. By ordering this ammunition, you certify you are of legal age and satisfy all federal, state, and local legal/regulatory requirements to purchase this ammunition.
Always ensure you are using the correct ammunition for your firearm. Check local laws and regulations regarding ammunition restrictions. Handle all firearms and ammunition with care and follow proper safety protocols.
G2 Research Civic Duty 9mm 100 Grain Solid Copper Hollow Point Ammunition – 20 Rounds
The G2 Research Civic Duty 9mm ammunition is engineered for superior self-defense performance. Featuring a 100-grain solid copper hollow point bullet, this ammunition is designed to deliver maximum energy transfer and effective tissue disruption upon impact.
Specifications:
- Manufacturer: G2 Research
- Caliber: 9mm Luger
- Bullet Weight: 100 grains
- Bullet Type: Solid Copper Hollow Point (SCHP)
- Muzzle Velocity: 1,230 feet per second
- Muzzle Energy: 336 foot-pounds
- Case Material: Brass
- Lead-Free: Yes
- Rounds per Box: 20
- UPC: 851412006025
Ballistics Information:
- Penetration Depth: Approximately 9-10 inches in ballistic gel
- Expansion Diameter: Expands up to 2.5 times its original diameter upon impact
- Bullet Weight Retention: Retains 99.9% of its weight after impact
- G2 Research Ballistics Chart
Features:
- Solid copper construction ensures deep penetration and reliable performance
- Lead-free composition makes it environmentally friendly and suitable for indoor ranges
- Engineered to defeat barriers such as sheet metal, sheet rock, windshields, plywood, and heavy winter clothing
- Designed for maximum energy transfer and controlled expansion upon impact
Usage:
This ammunition is ideal for self-defense applications, offering reliable performance and effective stopping power. The unique design ensures maximum energy transfer and tissue disruption, making it a dependable choice for personal protection.
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