🤖We designed and built a real Iron Man gauntlet using CAD software and plasma cutting techniques.
💡We explored the concept of Iron Man's repulsor and created a photon beam generator as a substitute.
🔧We discussed the PCB design and soldering process for the Iron Man glove's electronic components.
❄️We designed a custom cooling system for the Iron Man glove to prevent overheating.
⚡️The final result is an impressive Iron Man repulsor glove that's both functional and visually appealing.
How did you design the Iron Man gauntlet?
—We used CAD software to design the Iron Man gauntlet based on papakura files and modified them to suit our design.
What is the substitute for Iron Man's repulsor?
—In place of a high-power muon beam, we created a photon beam generator, which is 200 times more powerful than the highest laser classification rating.
What is the process for designing the PCB?
—We used Altium Designer, an industry-standard PCB design software, and created a custom circuit board based on the schematic provided by Styropyro.
How did you prevent overheating in the Iron Man glove?
—We designed a custom cooling system using a machined aluminum coolant water reservoir and integrated a pump and fan for active cooling.
What is the final outcome of the project?
—The final result is an impressive Iron Man repulsor glove that is both functional and visually appealing, capable of emitting a powerful photon beam.
01:19We designed and built the Iron Man gauntlet using CAD software and plasma cutting techniques.
02:35We explored the concept of Iron Man's repulsor and created a photon beam generator as a substitute.
06:41We discussed the PCB design and soldering process for the Iron Man glove's electronic components.
08:54We designed a custom cooling system for the Iron Man glove to prevent overheating.
10:51The final outcome is an impressive Iron Man repulsor glove that is both functional and visually appealing.
