50 CAL SNIPER SLOW-MO!

Published on December 22, 2012
Duration: 3:32

This video showcases the destructive power of a .50 caliber sniper rifle using extreme slow-motion footage captured by a high-speed camera. It demonstrates the impact on armor-rated steel, sequential lightbulb destruction, and a paint bucket explosion, highlighting hydrostatic shock and energy transfer.

Quick Summary

FPSRussia uses a Photron high-speed camera to capture extreme slow-motion footage of a .50 caliber sniper rifle. The video demonstrates the round's impact on armor-rated steel, sequential lightbulb destruction, and a paint bucket explosion, highlighting ballistic energy transfer and hydrostatic shock.

Chapters

  1. 00:00Intro: High-Speed Camera & .50 Cal Rifle
  2. 00:35Testing Armor Steel with .50 BMG
  3. 01:23Sequential Lightbulb Shot
  4. 02:21Paint Bucket Explosion: Hydrostatic Shock

Frequently Asked Questions

What kind of camera was used to capture the slow-motion footage in the FPSRussia video?

FPSRussia utilized a Photron high-speed camera, capable of capturing thousands of frames per second, to record the extreme slow-motion effects of the .50 caliber sniper rifle's impacts.

What was tested against the armor-rated steel in the video?

The video tested the impact of a .50 caliber BMG round against a piece of armor-rated steel to demonstrate its energy transfer capabilities, noting that a .308 round would not be sufficient.

How did the .50 caliber round affect the paint bucket?

When fired into a 5-gallon bucket of paint, the .50 caliber round caused a dramatic explosion due to hydrostatic shock, dispersing the paint in extreme slow motion.

What rifle was featured in the FPSRussia .50 CAL SNIPER SLOW-MO video?

The video prominently features a .50 caliber bullpup sniper rifle, identified as potentially a Barrett M95 or similar model, known for its large caliber and long-range capabilities.

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