β‘ Key Takeaways
- New configuration: 8" disc levitating 10" disc, with 8" disc on top β a magnetic sandwich for ultra-stable levitation
- 3 outside magnets plus the sandwiched disc setup achieve long spin from minimal energy input
- Papa Bale reveals his big vision: the Excite Trike β a magnetic-levitation motorcycle trike
- Infrastructure concept: Tesla coil "pillows" embedded in roads generate the levitation field vehicles ride on
- The disc experiments are the small-scale proof of concept for this transportation vision
- Passion drives the research β Papa Bale is genuinely excited about where this is going
π Components Used in This Build
- Magnet Wire 24 AWG
- Neodymium Disc Magnets
- 2N3055 NPN Transistor
- 1N4007 Rectifier Diode
- Digital Multimeter
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Join the Members Area βFrequently Asked Questions
What is the Excite Trike vision?
Papa Bale's Excite Trike is a conceptual magnetic-levitation motorcycle trike β a three-wheeled vehicle that rides on a magnetic levitation field generated by Tesla coil 'pillow' infrastructure embedded in roads or tracks. The vehicle would float above the surface, eliminating rolling friction for highly efficient transportation. Related terms: magnetic levitation transportation.
How would Tesla coil infrastructure support levitation transportation?
Papa Bale envisions Tesla coil-generated electromagnetic fields embedded in road or track infrastructure, creating a 'pillow' of magnetic energy that levitating vehicles could ride on. Similar to how his disc-on-disc experiments float on a pillow of repulsive magnetism, but scaled to transportation. Related terms: excite trike maglev concept.
What is the 8" levitating 10" disc configuration?
Papa Bale places an 8-inch disc above a 10-inch disc so the smaller disc's magnetic field repels the larger disc upward, levitating it. An additional 8-inch disc on top pushes down, sandwiching the levitating 10-inch disc in a stable magnetic suspension between opposing fields above and below. Related terms: Tesla coil road infrastructure.
Why does this configuration need minimal energy for long spin?
The sandwiched 10" disc is suspended between two magnetic fields β from below (repulsion from 8" disc below) and from above (pressure from 8" disc above). This creates a very stable, low-friction levitation with almost no tendency to tilt. Reduced instability means less energy lost to corrective oscillations, allowing longer spin from less input. Related terms: disc sandwich levitation stable.
Is magnetic levitation transportation feasible?
Maglev trains already demonstrate the technology at scale. Papa Bale's vision extends this to personal vehicles on Tesla coil-powered infrastructure β still conceptual, but grounded in real physics. His disc experiments are the small-scale proof of concept for the underlying levitation and energy efficiency principles. Related terms: minimal energy long spin.
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