338 ARC Supersonic in Ballistics Gel

Published on September 15, 2025
Duration: 0:49

This video demonstrates the terminal ballistics of 338 ARC supersonic ammunition fired into a ballistic gel block. The test reveals a significant wound channel, with the bullet appearing to tumble and deviate, ultimately stopping within the gel. The performance is contrasted with a previous 300 Blackout supersonic shot that penetrated completely through the block.

Quick Summary

The 338 ARC supersonic round creates a large, complex wound channel in ballistic gel, appearing to tumble and deviate. This contrasts with a 300 Blackout supersonic round that fully penetrated the block, indicating the 338 ARC expends significant energy within the medium.

Chapters

  1. 00:00Firing 338 ARC into Gel
  2. 00:06Impact Confirmation and Reaction
  3. 00:16Examining 338 ARC Gel Wound
  4. 00:28Comparison to 300 Blackout

Frequently Asked Questions

How does the 338 ARC perform in ballistic gel?

The 338 ARC supersonic round creates a significant, complex wound channel in ballistic gel, indicating substantial energy transfer. The bullet appears to tumble and deviate, stopping within the block.

What is the difference in performance between 338 ARC and 300 Blackout in gel tests?

Compared to a 300 Blackout supersonic round that fully penetrated the gel, the 338 ARC created a much larger and more complex wound channel, suggesting greater immediate energy dissipation within the medium.

Does the 338 ARC bullet exit the ballistic gel?

In this specific test, the 338 ARC supersonic bullet appeared to stop within the ballistic gel block, indicating it expended its energy effectively without exiting the side or rear.

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