20MM TUNGSTEN VS TITANIUM

Published on February 4, 2018
Duration: 5:19

This video tests 20mm tungsten and armor-piercing rounds against a 1.5-inch titanium plate. The tungsten round achieved nearly 1-inch penetration, causing significant deformation but not full penetration, while the AP round created a 0.5-inch deep crater. The experiment highlights the extreme capabilities of high-caliber ammunition against advanced materials.

Quick Summary

A 20mm tungsten round penetrated nearly 1 inch into a 1.5-inch titanium plate, causing significant deformation. A 20mm AP round created a 0.5-inch deep crater but did not penetrate.

Chapters

  1. 00:00Introduction and Test Setup
  2. 00:2320mm AP Round vs Titanium
  3. 01:13Inspection and Prep for Tungsten
  4. 02:0720mm Tungsten Round Test
  5. 03:29Results: Tungsten vs Titanium
  6. 05:00Bonus AK-47 Shooting

Frequently Asked Questions

What happened when a 20mm tungsten round hit a 1.5-inch titanium plate?

The 20mm tungsten round achieved nearly 1 inch of penetration into the 1.5-inch titanium plate. The impact caused significant bulging and tearing on the rear of the plate, though it did not fully penetrate.

How did a 20mm armor-piercing round perform against titanium?

A 20mm armor-piercing (black tip) round impacted the 1.5-inch titanium plate, creating a substantial crater about 0.5 inches deep. It did not penetrate the plate.

Which 20mm round was more effective against the titanium plate?

The 20mm tungsten-core round demonstrated greater effectiveness, achieving almost double the penetration depth (nearly 1 inch) compared to the armor-piercing round (0.5-inch crater).

What rifle was used for the 20mm tests?

The tests were conducted using a Serbu 20mm Rifle, a bolt-action firearm designed for high-caliber ordnance, mounted on a heavy-duty tripod.

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