Cheyenne, Wyoming, United States
Maes Aeronautics Engineering the Future of Transport
For a hover suit with a magnet propulsion system, you'd need to consider a few key concepts, as magnetic levitation (maglev) typically requires an opposing magnetic field or specific materials like superconductors. Here's a conceptual outline for blueprints and schematics for a magnet-propelled hover suit: I. Core Principles and Systems for Magnetic Propulsion: Levitation Method: Eddy Current Repulsion (Dynamic Maglev): This is the most plausible for a "hover suit" over a conductive surface (like a metal track). Rotating powerful permanent magnets or electromagnets would induce eddy currents in a conductive ground plate, creating a repulsive force. Components: High-speed rotating magnet arrays (rotors), powerful electric motors to spin them, conductive "skids" or plates on the ground. Superconducting Levitation (Quantum Locking): If the ground material could be a superconductor (highly impractical for a general "hover suit" over diverse terrain), a superconductor cooled to extremel…