making it Rain Skittles in real life with a cannon

Published on June 26, 2019
Duration: 15:50

This video showcases an experimental test using a custom-built bowling ball cannon to launch Skittles candies. The primary experiments involve testing the impact of Skittles against a 1.5-inch bulletproof glass panel and creating a 'Skittles rain' effect. The content highlights the destructive potential of large-scale projectiles and the resilience of armored glass.

Quick Summary

Edwin Sarkissian conducted an experimental test using a custom-built bowling ball cannon (8.5-inch caliber) to launch approximately 30 pounds of Skittles candies. The projectiles impacted a 1.5-inch thick bulletproof glass panel, causing significant damage but no penetration, and were also launched into the air to create a 'Skittles rain' effect.

Chapters

  1. 00:00Introduction & Setup
  2. 03:05Loading the Cannon
  3. 05:37Bulletproof Glass Test
  4. 09:48Skittles Rain Experiment
  5. 12:29Results & Analysis

Frequently Asked Questions

What was the main experiment conducted in the video?

The video features an experimental test where a custom-built bowling ball cannon was used to launch thousands of Skittles candies. The primary tests involved assessing the impact of these Skittles against a 1.5-inch thick bulletproof glass panel and creating a 'Skittles rain' effect.

What kind of cannon was used for the Skittles experiment?

A custom-built bowling ball cannon was used. It is described as heavy, requiring a two-person lift, with a barrel length of approximately 36-48 inches and a caliber of 8.5 inches, suitable for launching a bowling ball or, in this case, a large quantity of Skittles.

Did the Skittles penetrate the bulletproof glass?

No, the Skittles did not penetrate the 1.5-inch thick bulletproof glass panel. While the glass was significantly shattered and cracked across its surface due to the impact, it held together, demonstrating its resistance to the low-density projectiles.

What safety considerations were mentioned or implied?

Safety considerations included establishing a safe zone for the 'Skittles rain' experiment and discussing the safety of standing near falling candy. The use of black powder also implies a need for careful handling and ignition procedures.

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