Can You Skip a Bullet on Water? (5,000+ FPS) .22, 9mm, & 12GA Slug Skipping on Water

Published on April 24, 2026
Duration: 1:37

This video explores the phenomenon of bullets skipping off a water surface, utilizing high-speed camera footage to analyze the trajectory of .22 LR, 9mm, and 12 gauge slugs. The experiment demonstrates that while some projectiles can briefly interact with the water surface and rebound, achieving a true skip that maintains significant forward momentum and stability is challenging, especially with larger calibers and slugs. The footage reveals that smaller calibers like the .22 LR are more likely to exhibit a brief surface interaction before tumbling, while the 12 gauge slug's mass and design make a skip highly improbable under these conditions.

Quick Summary

High-speed camera footage reveals that .22 LR and 9mm bullets can briefly skip or rebound off a water surface, often tumbling afterward. A 12 gauge slug, however, is too massive to achieve a stable skip and is more likely to penetrate or deform upon impact.

Chapters

  1. 00:00Introduction: Can Bullets Skip on Water?
  2. 00:15Testing .22 LR, 9mm, and 12 Gauge Slug
  3. 00:24.22 LR Bullet Interaction with Water
  4. 00:34High-Speed Footage of .22 LR Skip
  5. 00:539mm Bullet Interaction Analysis
  6. 01:0712 Gauge Slug Test and Limitations
  7. 01:32Support the Channel

Frequently Asked Questions

Can a .22 LR bullet skip on water?

Yes, a .22 LR bullet can interact with the water surface, briefly submerging and then popping back up, often tumbling. High-speed footage shows this phenomenon, indicating a momentary loss of stable flight rather than a clean skip.

What happens when a 9mm bullet hits water?

When a 9mm bullet strikes water, it can exhibit a skipping-like behavior. High-speed cameras reveal that it may interact with the surface and rebound without significant penetration, though its stability after impact is compromised.

Is it possible for a 12 gauge slug to skip on water?

It is highly improbable for a 12 gauge slug to skip on water due to its mass and design. While it will impact with considerable force, it is more likely to penetrate or deform rather than achieve a stable skip, especially in smaller containers.

How is bullet skipping on water analyzed?

Bullet skipping on water is analyzed using high-speed cameras. These cameras capture the precise moment of impact and the projectile's trajectory, allowing for detailed observation of its interaction with the water's surface tension and subsequent flight path.

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