How Strong is an Anvil?

Published on March 5, 2019
Duration: 4:37

This video showcases an experimental ballistic test where an anvil's strength is tested against a 20mm anti-materiel rifle round. Featuring collaboration with firearm designer Mark Serbu and the use of professional high-speed cameras, the experiment demonstrates the immense power of the 20mm projectile and the surprising resilience of a heavy-duty anvil. The test highlights the capabilities of the Serbu Typhon 20 rifle in a controlled, high-energy environment.

Quick Summary

An anvil's strength was tested against a 20mm Serbu Typhon 20 anti-materiel rifle. The 20mm tungsten projectile embedded into the 112-118 pound anvil without shattering it, showcasing immense kinetic energy transfer. High-speed cameras captured the event in extreme slow motion.

Chapters

  1. 00:00Anvil Introduction
  2. 00:2220mm Ammunition Showcase
  3. 00:52Serbu Typhon 20 Rifle Prep
  4. 01:2420mm Shot and Impact
  5. 03:19Damage Assessment

Frequently Asked Questions

What rifle was used to test the anvil's strength?

The Serbu Typhon 20, a bolt-action, tripod-mounted anti-materiel rifle chambered in 20mm, was used for the test. It was designed by Mark Serbu.

How did the 20mm round affect the anvil?

A 20mm tungsten-tipped projectile was fired at a heavy-duty anvil. The round embedded itself deeply into the anvil's face, fusing with the metal rather than shattering it, demonstrating extreme kinetic energy transfer.

What kind of ammunition was used in the test?

The test utilized 20mm rounds, including projectiles with tungsten tips. These are significantly larger and more powerful than standard rifle ammunition like the 7.62x39mm.

What equipment was used to film the impact?

High-speed cameras, specifically a GVS 9000 system, were employed to capture the extreme slow-motion footage of the 20mm projectile impacting the anvil.

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