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Published on June 16, 2025
Duration: 0:59

This experiment tests if a powerful 1500kg magnet can catch a 9mm bullet. Standard bullets are non-ferrous, so magnetic ammunition was used. Despite the strong magnet, the bullet's velocity was too high for it to be caught, demonstrating the limitations of magnetism against kinetic energy.

Quick Summary

A 1500kg magnet was tested to see if it could catch a 9mm bullet. Standard bullets are non-magnetic, so specialized magnetic ammunition was used. However, the bullet's high velocity exceeded the magnet's pulling force, and it was not caught.

Chapters

  1. 00:00Experiment Introduction: 1500kg Magnet vs Bullet
  2. 00:20Using Magnetic Ammunition for the Test
  3. 00:31Setup: Beretta PMX and Scope
  4. 00:46Experiment Results: Bullet Velocity vs Magnetism

Frequently Asked Questions

Can a magnet catch a bullet?

In this experiment, a powerful 1500kg magnet could not catch a 9mm bullet. Standard bullets made of lead and copper are non-ferrous. While magnetic ammunition was used, the bullet's high velocity overcame the magnet's pull.

What kind of ammunition is needed to be caught by a magnet?

Standard lead or copper bullets are non-magnetic. For a magnet to attract a projectile, specialized magnetic ammunition, like the lead-free sporting rounds used in this test, is required.

Why didn't the 1500kg magnet catch the bullet?

The bullet's kinetic energy and high velocity were greater than the magnetic force exerted by the 1500kg Oxbard magnet. The magnet simply couldn't generate enough attraction force quickly enough to alter the bullet's trajectory significantly.

What firearm was used in the magnet and bullet experiment?

The experiment utilized a Beretta PMX submachine gun, chambered in 9mm. It was equipped with a Monstrum Archangel 1-6x LPVO scope to aid in precise aiming for the test.

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