Alvo de Tiro do Futuro!

Published on October 20, 2025
Duration: 1:12

This video showcases a futuristic heat-reactive shooting target from Dessecante de Art Targets. The target changes color when heated, allowing for clear visualization of bullet impacts. The presenter highlights how 9mm bullet impacts on the polymer target are nearly microscopic due to the material's ability to heat and reseal, contrasting it with paper or steel targets.

Quick Summary

This futuristic shooting target from Dessecante de Art Targets is heat-reactive, changing color to clearly show bullet impacts. Made of polymer, it exhibits a unique self-sealing property where 9mm bullet holes become nearly microscopic as the material heats and reseals.

Chapters

  1. 00:00Introduction to Futuristic Target
  2. 00:07What is a Heat Reactive Target
  3. 00:13Target Color Change Explained
  4. 00:31Sunlight's Effect on Target
  5. 00:37Inspecting Bullet Damage
  6. 00:439mm Bullet Impacts on Polymer
  7. 00:57Impacts Changing Color
  8. 01:08Target Manufacturer and Call to Action

Frequently Asked Questions

What makes the Dessecante de Art Targets shooting target futuristic?

This target is considered futuristic because it's heat-reactive. It changes color when heated, allowing for clear visualization of bullet impacts. The polymer material also appears to reseal around 9mm bullet holes, making them nearly microscopic.

How does the heat-reactive target work?

The target's surface is designed to change color when it reaches a certain temperature, typically ambient air temperature. Areas that are hit by bullets will show the impact clearly, and the material's properties allow it to 'regenerate' or reseal, unlike traditional paper or steel targets.

What happens to 9mm bullet impacts on this polymer target?

When a 9mm bullet impacts this polymer target, the material heats up and appears to reseal itself. This results in the bullet holes being almost microscopic, making them difficult to see without the color-changing effect of the target.

Can sunlight affect the heat-reactive target?

Yes, sunlight can accelerate the target's heating process. Direct sunlight can help the target reach the correct temperature for its color-changing effect more quickly, enhancing the visibility of bullet impacts.

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