Cartuchos de espingarda com esferas de cerâmica!

Published on January 5, 2026
Duration: 1:11

This video tests shotgun shells loaded with ceramic spheres, comparing their performance to traditional lead shot. The demonstration includes shooting a milk jug for energy transfer and ballistic gelatin for penetration and lethality. The results suggest ceramic spheres disperse rapidly but exhibit similar penetration depth to lead, with potential implications for reduced lethality in some scenarios.

Quick Summary

Ceramic sphere shotgun shells exhibit rapid projectile dispersion and approximately one inch less penetration than lead. While they caused a slow leak in a milk jug, manual cycling was required in the tested shotgun, indicating potential reliability concerns.

Chapters

  1. 00:00Introduction: Ceramic Shotgun Shells
  2. 00:08Testing Setup: Milk Jug & Gelatin
  3. 00:21Milk Jug Test: Recoil & Cycling
  4. 00:26Paper Target Test: Cycling Issues
  5. 00:35Ballistic Gelatin Test: Lethality
  6. 00:43Milk Jug Damage Analysis
  7. 00:53Projectile Dispersion & Penetration Comparison
  8. 01:04Lethality & Pain Potential

Frequently Asked Questions

How do ceramic shotgun shells perform compared to lead?

Ceramic sphere shotgun shells show rapid dispersion and slightly less penetration (about one inch less) than lead projectiles. They caused a slow leak in a milk jug due to dispersion and required manual cycling in the tested shotgun.

What was the energy transfer like with ceramic shotgun shells?

The energy transfer from ceramic spheres in shotgun shells resulted in a slow leak in a milk jug, indicating significant impact but dispersed energy due to projectile spread.

Are ceramic shotgun shells less lethal than lead?

While ceramic spheres may be less lethal in some situations due to reduced penetration, they can still be very painful or lethal depending on the circumstances. Their dispersion is a key factor in their performance.

What issues were observed when firing ceramic shotgun shells?

The primary issue observed was the need for manual cycling of the shotgun after firing ceramic sphere shells, suggesting potential reliability problems with semi-automatic actions.

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