Arrows vs Stretch Armstrongs

Published on April 14, 2019
Duration: 13:20

This video tests the durability of Stretch Armstrong toys by shooting them with arrows from various bows. The experiment uses a traditional recurve bow, a compound bow, and a high-speed crossbow, with both field tip and broadhead arrows. The results show that the toys offer some resistance but are ultimately penetrated and damaged by the arrows, with broadheads creating larger wounds. The video also touches on arrow construction and the physics of impact.

Quick Summary

This video tests the durability of Stretch Armstrong toys by shooting them with arrows from various bows, including recurve, compound, and a high-speed crossbow. The toys, filled with a silicon-like substance, are penetrated by field tip and broadhead arrows, with broadheads causing more damage. Multiple impacts can lead to arrows breaking the toys in half.

Chapters

  1. 00:00Introduction to Stretch Armstrong
  2. 00:42Recurve Bow Testing
  3. 01:18Compound Bow Testing
  4. 01:56Broadhead Arrow Test
  5. 03:37Crossbow Testing
  6. 04:12Crossbow Field Tip Test
  7. 04:52Crossbow Broadhead Test
  8. 06:14Arrow Breakage Analysis
  9. 06:50Impact Analysis & Damage
  10. 07:34Conclusion & Outro

Frequently Asked Questions

How durable are Stretch Armstrong toys against arrow impacts?

Stretch Armstrong toys offer some initial resistance to arrows but are ultimately penetrated. While a field tip arrow might embed an inch, a broadhead creates a larger wound. High-speed projectiles from crossbows can pass through the toy entirely, and multiple impacts can cause the toy to break.

What types of bows were used to test the Stretch Armstrong toys?

The experiment utilized a traditional recurve bow, a compound bow, and a high-speed crossbow (specifically the 10 Point Nitro X RT). Both field tip and broadhead arrows were employed across these different bow types.

What was the observed effect of broadhead arrows on Stretch Armstrong toys?

Broadhead arrows, compared to field tips, created significantly larger entry wounds on the Stretch Armstrong toys. They caused more extensive damage and were more effective at penetrating the toy's material.

Why did the arrows break when hitting multiple Stretch Armstrong toys?

When multiple Stretch Armstrong toys were lined up, the kinetic energy transferred from the impacting arrow caused them to break. The force of the projectile, combined with the resistance of multiple targets, led to the arrows fracturing, often in half.

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