How HARD Can A Gun PUNCH ??? (PART 2)

Published on August 25, 2025
Duration: 19:42

This video from Kentucky Ballistics, featuring Scott, delves into the kinetic impact of various firearms on a specialized punching machine equipped with ceramic body armor plates. The experiment highlights how different calibers and projectile types transfer energy, with heavier rounds like the .50 BMG and .338 Lapua demonstrating significantly more 'punch' than standard rifle calibers. The high-energy, experimental approach provides unique insights into ballistic energy transfer.

Quick Summary

Kentucky Ballistics tests the kinetic impact of various firearms on a specialized punching machine with ceramic body armor. Results show heavier calibers like .338 Lapua and .50 BMG deliver significantly more energy transfer than standard rifle rounds, with the .50 BMG destroying the testing apparatus.

Chapters

  1. 00:47Introduction to Part 2
  2. 03:51AK-47 and AR-15 Testing
  3. 06:42Mid-Range Rifle Calibers
  4. 09:41Heavy Hitting Calibers
  5. 13:06.50 BMG and Conclusion

Frequently Asked Questions

What determines how hard a gun 'punches' in ballistic testing?

The 'punch' or kinetic impact of a gun is determined by the energy transferred to the target. This depends on the projectile's velocity, mass, and construction. Heavier, larger caliber rounds like the .50 BMG and .338 Lapua transfer significantly more energy than lighter, high-velocity rounds.

How effective are ceramic body armor plates against different rifle calibers?

Ceramic body armor plates, like the Premier Body Armor Fortis plate tested, are highly effective at absorbing the energy of standard rifle rounds (e.g., 7.62x39mm, 5.56x45mm). These rounds show minimal kinetic impact on the testing apparatus, indicating the armor's ability to dissipate energy without significant transfer.

Which calibers delivered the most kinetic impact in the test?

The calibers delivering the most significant kinetic impact were the .338 Lapua (scoring 236) and the .50 Beowulf (scoring 147). The .50 BMG round was so powerful it destroyed the testing machine entirely, indicating the highest level of energy transfer observed.

Does velocity or bullet weight have a greater impact on kinetic energy?

Both velocity and mass contribute to kinetic energy (KE = 1/2 * mv²). However, this test suggests that for significant kinetic impact, especially against armor, projectile mass plays a crucial role. Heavier rounds like the .50 Beowulf and .338 Lapua demonstrated greater impact than lighter, faster rounds.

More Tactical & Gear Videos You Might Like

More from Kentucky Ballistics

View all →