Wearing SWORDS with powerful MAGNETS and hurting ourselves | Functional Fandom

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Shannon from Functional Fed experiments with using magnets to make a sword float securely without a sheath, inspired by video game concepts. The final setup involves four high-powered magnets secured with sticky leather, successfully creating a detachable floating weapon that mimics the concept from video games.

Insights

  • Shannon and Oz successfully experiment with using rare earth magnets to create a secure and detachable connection for a floating sword, inspired by video game mechanics.
  • The process involves testing various setups and configurations, including multiple magnets secured with sticky leather, to achieve a practical and functional solution that mimics the floating weapon concept while ensuring both security and ease of use.

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Recent questions

  • How did Shannon test floating weapons?

    With rare earth magnets and metal plates.

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Summary

00:00

Floating Sword Experiment: Magnetized Weapon Innovation

  • Shannon from Functional Fed tests the possibility of equipping weapons to float without a sheath, inspired by video games like Skyrim and Nier Automata.
  • The challenge arises from animating the sheathing and unsheathing of a sword realistically, leading to the floating weapon shortcut seen in games.
  • Shannon questions if magnets could be used to make a sword float on a person without a sheath, exploring the fantasy experiment.
  • Rare earth magnets, known for their strength, are used in the experiment, with a single magnet having a pull force of 4 kilos.
  • Shannon and Oz experiment with different setups using magnets and metal plates to make the sword float securely without a sheath.
  • The experiment involves testing the strength of the magnetic connection between the sword and the belt, ensuring it is secure but not too strong.
  • Multiple magnets are used in different configurations to increase the magnetic power and test the sword's stability.
  • The final setup involves four high-powered magnets secured with sticky leather, creating a strong but detachable connection for the floating sword.
  • The experiment successfully achieves a secure floating sword that can be easily attached and detached, mimicking the floating weapon concept from video games.
  • The setup allows for the sword to stay in place securely but also be easily pulled off when needed, providing a practical and functional solution.

16:17

"Testing Magnet Attachment for Sword Security"

  • The process involves testing the attachment of magnets to a baldrick using a ball jig for better connection points.
  • The magnets are challenging to separate, causing some minor injuries during the testing process.
  • The use of electrical tape is suggested to secure the magnets in place on the baldrick.
  • The testing involves various sword sizes and movements to assess the effectiveness of the magnet attachment.
  • A specialized technique is demonstrated to guide cows back to their original location in the backyard.
  • The strength of the magnet attachment is tested with multiple magnets stacked together, showing a significant pull force.
  • The process involves testing the security and ease of drawing the sword with the magnet attachment.
  • Suggestions for improving the concept include using a sheath with a metal strip for easier attachment and detachment of the sword.
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