Skipping Bullets?

Published on February 28, 2019
Duration: 6:56

This video demonstrates how bullets behave when impacting hard surfaces like concrete, specifically focusing on ricochet and skipping. It highlights the importance of understanding projectile trajectory changes due to impact angle and surface composition, particularly in tactical scenarios like Close Quarters Battle (CQB). The demonstration shows that bullets can travel predictably along the surface axis, a phenomenon crucial for safety considerations when operating near walls or other hard structures.

Quick Summary

Bullets striking hard surfaces like concrete at an angle tend to skip or ricochet along the surface's axis. This behavior is influenced by the bullet's composition, the surface material, and the angle of impact. Understanding this phenomenon is critical for tactical safety, as ricocheting rounds can travel unpredictably.

Chapters

  1. 00:00Introduction: Bullet Skipping Demonstration
  2. 00:36Projectile Behavior on Hard Surfaces
  3. 01:00Factors Affecting Bullet Trajectory
  4. 01:34CQB Safety: Staying Off Walls
  5. 02:22Replicating FBI Training Video
  6. 02:51First Bullet Skip Attempt
  7. 03:54Shooting Walls Scenario
  8. 04:17Key Takeaways on Hard Surface Ballistics
  9. 04:51Angle and Elevation Considerations
  10. 05:43Redneck Science and Future Experiments
  11. 06:12Channel Support and Outro

Frequently Asked Questions

How do bullets behave when they hit concrete?

When bullets hit concrete at an angle, they tend to skip or ricochet along the surface's axis. This behavior is influenced by the bullet's composition, the concrete's properties, and the angle of impact. Understanding this is crucial for safety in tactical situations.

What are the safety implications of shooting near hard surfaces?

Shooting near hard surfaces like concrete walls poses a significant risk due to bullet ricochet. Rounds can travel unpredictably along the surface, potentially hitting unintended targets or individuals. Tactical training emphasizes maintaining an offset from walls to mitigate this danger.

Why do tactical operators avoid staying close to walls?

Tactical operators avoid staying close to walls in CQB environments because a bullet striking the wall at an obscure angle can skip or travel down its length. This unpredictable trajectory can endanger friendly forces or civilians positioned near the wall.

What factors determine if a bullet will skip off a surface?

The likelihood and trajectory of a bullet skipping off a surface depend on the bullet's construction (e.g., jacketed vs. lead), the surface material (concrete, steel, wood), and the angle of impact. A shallower angle generally increases the chance of skipping.

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