Claim: FLYMORTON CHARACTERIZED AS IN WEARABLE SUBSYSTEM STRUCTURE Method electromagnetic repulsive levitation as to self suspending controlled permanent solid state magnet Phase electroDynamics repulsive common permanent magnet polar gauss emissions greater than inertial Mass Modulated induction single phase wire end modulated rectifier output voltage capacitance Amphere pressure ten times greater than gravitational or inertial Mass Of the product being lifted into the air Hertz 20,000 per second electromotive capacitance Ultrasonic driven phase wire current carrying Output First coated copper coil exterior protection High temperature wax thermal plastic melt Copper coat wire protection Copper audio wire gauge thermal resistance number of coil turns according to the Incorporated weight of gravity below Spun tightly shape helix around Wax paper sheet protection housing Neodymium Permanent magnet pull rate Ten times the pull rate greater than the Incorporated weight of gravity below Neodymium Permanent magnet pull rate ten times the pull rate greater than the weight of inertia mass below Aluminum sheet gauge housing Second coil exterior protection High temperature wax thermal plastic melt Copper coat wire protection Copper audio wire gauge thermal resistance number of turns According to the Incorporated weight of inertia mass below Spun tightly shape helix around Wax paper sheet protection Aluminum sheet gauge housing Iron sheet gauge housing Neodymium Permanent magnet central core