Underwood Ammo 874 9mm Luger +P Xtreme Defender 68-Grain Monolithic Hollow Point Ammunition

Underwood Ammo 874 Xtreme Defense Platinum 9mmLuger+P 68gr Solid Monolithic 20 Per Box/10 Case

The Underwood Ammo 874 9mm Luger +P Xtreme Defender rounds are engineered for superior personal defense performance. These centerfire handgun rounds feature a solid monolithic copper bullet weighing 68 grains, designed to deliver deep penetration and maximum wound cavity. With a muzzle velocity of 1,800 feet per second and muzzle energy of 489 foot-pounds, they provide reliable and consistent performance in critical situations. The optimized nose flute, total weight, and velocity enable these rounds to achieve up to 18 inches of penetration with a permanent wound cavity (PWC) that exceeds 100% larger than other expanding bullets. This ensures effective trauma even when shot through barriers like drywall, sheet metal, or automotive glass. The nickel-plated brass casings enhance feeding reliability across various firearms, resist corrosion, and maintain a clean appearance during reloading. These rounds are rated +P for added power, making them suitable for serious personal defense scenarios. Packaged in boxes of 20 rounds, with 10 boxes per case, they are a dependable choice for those seeking high-performance defensive ammunition.

Features:

• Rated +P for increased power and performance

• Caliber: 9mm Luger for compatibility with common handguns

• Bullet Type: Solid monolithic copper for maximum penetration

• Bullet Weight: 68 grains for optimal balance of velocity and impact

• High muzzle velocity of 1,800 fps for rapid target engagement

• Muzzle energy of 489 ft-lbs for effective stopping power

• Designed to achieve up to 18 inches of penetration with a large permanent wound cavity

• Barrier penetration capability through drywall, sheet metal, and automotive glass

• Nickel-plated brass casings for corrosion resistance, improved feeding, and ease of reloading

• Ideal for personal defense applications with reliable accuracy and terminal performance