When Elephant Rounds Go BOOM !!!

This guide details a professional ballistic gel test of Underwood Xtreme Defender 9mm ammunition, including +P and +P+ variants. The test, conducted by a Tools&Targets host with high authority, utilizes a LabRadar chronograph and an HK SP5 to measure extreme velocities and terminal performance through a clothing barrier. Key takeaways include detailed penetration depths and projectile integrity analysis, highlighting the effectiveness of these specialized rounds for self-defense scenarios.

This video from Edwin Sarkissian tests the ballistic resistance of a Boeing 777 black box against various firearms. The black box demonstrates remarkable durability, with most rounds failing to penetrate its internal armored core. The .45-70 Government cartridge with specialized penetrator rounds proved most effective at compromising the internal storage area.

This video demonstrates a destructive test where a Glock 19 firing 9mm Underwood Extreme Penetrator ammunition is used to shoot Axe body spray cans. The experiment, conducted by firearms enthusiast Edwin Sarkissian, highlights the explosive potential when flammable aerosols are ignited and impacted by a projectile. Safety precautions, including distance, PPE, and fire suppression, are emphasized throughout the process.

This video from Kentucky Ballistics features Scott demonstrating a ballistic comparison between the Smith & Wesson 460 S&W Magnum and the 500 S&W Magnum, specifically testing their ability to penetrate cinder blocks. The demonstration highlights the significant power of both large-caliber handguns.

This guide details the testing of the Pedersoli Double Rifle in .45-70 Government, as demonstrated by Kentucky Ballistics. It covers initial firing, recoil assessment, chronograph velocity measurements, and destructive testing against various materials, including cinder blocks, salt blocks, and body armor. The expert assessment highlights the high-energy, enthusiastic approach to showcasing the rifle's power and performance.

This video details a ballistic gel test of Underwood Ammo's 9mm +P+ Extreme Defender Platinum Edition ammunition. The test evaluates velocity and penetration through a heavy clothing barrier using two different firearm barrel lengths. The instructor provides insights into the performance characteristics of solid copper fluted projectiles, comparing them to traditional expanding rounds.

This video details a catastrophic failure of a Serbu RN-50 rifle chambered in .50 BMG, resulting in severe injuries to the shooter, Scott from Kentucky Ballistics. The incident highlights extreme pressure events and the critical importance of firearm safety and immediate medical response. Scott's resilience and commitment to educating viewers despite his injuries are evident.

This video details a comprehensive torture test of the Desert Eagle Mark XIX, conducted by Scott from Kentucky Ballistics. The firearm was subjected to extreme conditions including water submersion, snow burial, mud immersion, and sand burial. Despite some malfunctions in mud and sand, the Desert Eagle demonstrated notable resilience, functioning after water and snow exposure. The test highlights the firearm's robust construction and the importance of understanding its limitations under adverse conditions.

This video tests the myth of water being bulletproof by firing various firearms, from 9mm handguns to a .50 BMG rifle, into a water tank. Results show that even high-powered rounds like the .50 BMG are significantly slowed or stopped by water, failing to penetrate to the target. The tests demonstrate water's effectiveness in dissipating projectile energy.

This video features Scott from Kentucky Ballistics testing several of the world's largest caliber firearms against a realistic ballistic dummy torso. The expert demonstrates the destructive power of rounds like the .700 Nitro Express (1000 grain) and .600 Nitro Express (900 grain), showcasing detailed firearm engravings and unique actions like the Blaser R8 straight-pull bolt. The testing provides valuable insights into the performance of these extreme hunting calibers on simulated organic material.