WATERMELONS vs 5.7x28 .357sig 10mm & .22TCM

Published on October 2, 2024
Duration: 14:48

This video conducts a ballistic test comparing the terminal performance of 5.7x28mm, .357 SIG, and 10mm Auto calibers against watermelons. It also includes a bonus test of the .22 TCM caliber at a longer range. The instructor emphasizes the importance of ammunition availability and fair comparison, noting differences in bullet construction and energy transfer between the calibers.

Quick Summary

This ballistic test compares the terminal performance of 5.7x28mm, .357 SIG, and 10mm Auto calibers against watermelons. The .357 SIG and 10mm Auto showed more violent impacts and energy transfer than the 5.7x28mm. A .22 TCM bonus test was conducted at 100 yards.

Chapters

  1. 00:00Introduction & Previous Tests
  2. 01:07Calibers for Today's Test
  3. 01:23Ammunition Selection & Rationale
  4. 02:415.7x28mm Ammunition Details
  5. 03:06.357 SIG Ammunition Details
  6. 03:3410mm Auto Ammunition Details
  7. 04:13Gel Test Disclaimer & Setup
  8. 05:035.7x28mm Watermelon Test
  9. 06:15.357 SIG Watermelon Test
  10. 07:5210mm Auto Watermelon Test
  11. 09:01Bonus: .22 TCM Test Setup
  12. 09:51.22 TCM Test at 100 Yards
  13. 11:20.22 TCM Watermelon Impact
  14. 12:25Finishing Previous Watermelons
  15. 13:51Recap & Playlist Promotion

Frequently Asked Questions

What calibers were compared in the watermelon ballistic test?

The primary calibers tested against watermelons were 5.7x28mm, .357 SIG, and 10mm Auto. A bonus test also included the .22 TCM caliber fired at a longer distance.

What type of ammunition was used for the 5.7x28mm and .357 SIG tests?

For the 5.7x28mm, Federal Gold Dot hollow points were used. The .357 SIG test utilized Federal Premium HST 125-grain hollow points, chosen for their performance characteristics.

How did the 10mm Auto perform in the watermelon test compared to other calibers?

The 10mm Auto, with 200-grain bullets, delivered a significantly more violent impact and faster 'pop' on the watermelon, indicating substantial energy transfer and effectiveness.

What was the setup for the .22 TCM bonus test?

The .22 TCM was tested using a 40-grain semi-jacketed hollow point fired from a rifle at 100 yards. This distance was chosen to simulate the velocity and energy transfer expected from a handgun at closer range.

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