I Built An Electric Capacitor Revolver!

Plasma Channel2 minutes read

The author created an electric revolver using explosive electrolytic capacitors, achieving triple-digit speeds at 90 volts and successfully firing 12 shots before deterioration. Future iterations of the revolver, including a potential metal version, are hinted at, with the author inviting feedback and questions from viewers.

Insights

  • The author successfully created a prototype electric revolver using explosive electrolytic capacitors and established a direct relationship between voltage and muzzle velocity through testing.
  • Despite facing material limitations, the author's innovative engineering process involving a hacked battery led to a functional revolver that fired multiple shots, hinting at future developments towards a more durable metal version.

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Recent questions

  • What is the prototype electric revolver made of?

    Electrolytic capacitors

  • What relationship does voltage have with muzzle velocity?

    Positive correlation

  • How many shots did the completed revolver fire before deterioration?

    12 shots

  • What power source was used for the completed revolver?

    Hacked open drill battery

  • What does the author hint at for future iterations of the revolver?

    Metal version

Related videos

Summary

00:00

Prototype electric revolver achieves high muzzle velocity

  • The text describes the creation of a prototype electric revolver, utilizing electrolytic capacitors known for their explosive tendencies when mishandled.
  • The author, inspired by the idea of using capacitors as propellants, conducts tests to determine the relationship between voltage applied and muzzle velocity.
  • Through various tests with different voltage levels, the author establishes a positive correlation between voltage and velocity, achieving triple-digit speeds at 90 volts.
  • The author then details the engineering process of connecting the capacitors to a power source for each shot, ensuring the electrodes are properly connected and disconnected.
  • The completed revolver, powered by a hacked open drill battery, is tested at a shooting range in the Cascades, successfully firing 12 shots before the plastic components deteriorate.
  • The author concludes by expressing excitement for future iterations of the revolver, hinting at a potential metal version and inviting feedback and questions from viewers.
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