The Maglev Space Car is designed to operate based on Lenz's Law Levitation, utilizing short-circuited honeycomb aluminum coils. These coils serve dual purposes: facilitating levitation and generating electricity by harnessing the kinetic energy of the moving Maglev cars. This innovative concept is particularly suited for theme parks, smart cities, or Maglev race circuits. The Maglev Car is invented by a Filipino Don Jose Luga Guardo Jr. from Cantilan, Surigao del Sur under USPTO No. 7059252 B2.
MaglevVisionismorethantransportation.Itistheembodimentofhumanity'snextevolutionarystep—frictionless,silent,anddeeplyconnectedtotheplanetwesteward.Wearebuildingsystemsthatdon'tjustmovepeople,butelevateconsciousness,economies,andtheverywaywerelatetodistance.
Built on decades of magnetic innovation and next-generation intelligence.
Next-generation 3D magnetic field architecture delivering superior lift efficiency, stability, and energy regeneration compared to traditional Halbach arrays.
Onboard edge AI with holographic interface. Real-time environmental awareness, predictive routing, and seamless voice + biometric command integration.
Cable-free, trackless operation using dynamic magnetic coupling. Minimal environmental footprint with full energy recapture on descent and braking.
TheMulti-CarCyclicMagneticElevator—redefiningverticalmobilitywithseamlesscyclicflow,regenerativeenergy,andcable-freemagneticprecision.
Maglev Flow is the patented Multi-Car Cyclic Magnetic Elevator system that reimagines vertical transportation as a fluid, regenerative, high-capacity experience — using Guardo Monopolar Arrays, cyclic shaft architecture, and gravity-linear energy recovery.
A closed-loop magnetic system engineered for maximum shaft utilization and energy intelligence.
Guardo Monopolar Arrays deliver stable, frictionless levitation along precision guideways in the shaft corners.
Multiple cars operate at once across mono-directional shafts linked by intelligent transition bays — a continuous vertical loop.
Passive magnetic rotary propulsion wheels engage with tracks for smooth, efficient, highly controllable motion.
Linear gravity generators recover energy during descent — turning gravity into a resource, not a burden.
Multiple independently controlled cars share the same shaft. Up to 3–5× traditional throughput.
Gravity linear generators convert descending motion into electricity. Energy intelligence at the core.
No ropes to fray or replace. Non-contact magnetic systems lower maintenance and raise safety margins.
Magnetic levitation delivers a near-silent ride with minimal vibration and exceptional positioning accuracy.
Better shaft utilization reclaims floor area — enabling taller, leaner cores without compromise.
Engineered for supertalls, airports, and vertical cities — foundational for sustainable urban verticality.
Invented by Jose Luga Guardo Jr., the patented Multi-Car Cyclic Magnetic Elevator with Gravity Linear Electric Generator is a fundamental rethinking of how people and energy move through vertical space.
IntroducingtheMaglevMonorial—agroundbreakinggravity-assisted,Lenz'sLawlevitatedtransportationsystemdesignedtoreplaceagingmetronetworksindensecitycenters.
Wheel-based systems create noise, vibration, high maintenance, and energy waste. The Maglev Monorial eliminates mechanical contact entirely while dramatically simplifying infrastructure through intelligent use of physics.
The Maglev Monorial leverages two elegant physical principles to deliver superior urban mobility:
A passive, ultra-efficient guideway with all active propulsion concentrated at stations — drastically reducing infrastructure cost while delivering a silent, smooth ride suited to dense city centers.
All propulsion and acceleration happens exclusively at stations. Powerful electromagnetic linear motors act like a sling, launching the train smoothly to cruising speed. No propulsion infrastructure needed along the entire guideway.
As the vehicle moves, its magnetic arrays induce powerful eddy currents in the guideway. These currents generate an opposing magnetic field (Lenz's Law), lifting the train into stable levitation with minimal ongoing energy.
Once at speed, the train coasts using a carefully engineered combination of momentum and subtle gravity assist from the guideway profile. Deceleration and re-acceleration occur only at the next station's Maglev Sling.
Gravity glide + efficient Lenz levitation + propulsion limited to stations dramatically reduces overall power consumption compared to conventional metro systems.
No wheels, no rails to grind, no mechanical drive systems along the guideway. The long infrastructure is passive and extremely durable.
Perfect for dense city centers and mixed-use neighborhoods. Minimal noise and zero vibration transmitted to surrounding buildings.
80 km/h top speed is optimal for city-center distances and stop frequency. Elevated or at-grade adaptable design minimizes disruption during construction.
Stable passive levitation, redundant systems, and station-centric propulsion create a highly predictable and fault-tolerant operating environment.
Simplified guideway (propulsion only at stations), lower energy, and reduced maintenance translate into significantly better economics for transit authorities.
The Maglev Monorial is grounded in the pioneering Magnetic Levitation Transportation System work of Filipino inventor Jose Luga Guardo Jr. (also known as Don Jose Luga Guardo Jr.).
His WIPO-patented technologies in magnetic levitation, gravity-assisted linear electric systems, and advanced magnetic arrays provide the foundational science for this next-generation urban application.


GuardoReusableRetractablePropellerwithColdEngineLinearCompressorforactivefuelregeneration.Hypersoniclogisticsatthespeedofneed—maglevcatapultlaunch,plasmabooster,solar-supercapacitorhybrid.
Four carbon-composite, variable-pitch propeller blades that fully retract into the nose fairing for hypersonic flight and extend for precision VTOL landing.
Electrothermal / MPD plasma rocket using compressed air as primary reaction mass. High specific impulse, deep throttling, rapid restart.
Structural thin-film multi-junction solar cells embedded into the carbon fiber skin. Continuous power for avionics and supercapacitor trickle charging.
High-density supercapacitor modules circumferentially on the mid-body. Megawatt peak power for plasma acceleration and maglev interface.
Large-format additive monocoque using aerospace-grade CFRP. Optimized lattice cores, embedded sensors, mission-specific variants.
Linear synchronous motor interface pads along the fuselage. High-acceleration vertical launch assist from specialized high-rise shafts.
Purpose-built 350–500 meter towers featuring a central launch shaft lined with segmented linear maglev arrays. The rocket is accelerated electromagnetically to high subsonic / low supersonic velocities before plasma booster ignition.
Specialized 300–500 m high-rise buildings with integrated linear maglev arrays serve as vertical launch catapults. Designed for rapid payload integration, high-frequency operations, and vertical landing via the retractable propeller system.
Hypersonic cargo loaded into pressurized bay. Systems checkout, supercapacitor pre-charge, propellers stowed.
Linear maglev array accelerates the rocket up the shaft to 700–900 km/h exit velocity.
Compressed air plasma rocket ignites at shaft exit. Hypersonic cruise or suborbital trajectory.
Plasma throttles down at destination, propellers deploy for VTOL landing. Rapid turnaround.
| Parameter | Value | Notes |
|---|---|---|
| Overall Length | 28.4 m | Including nose fairing & nozzle |
| Body Diameter | 3.8 m | Optimized for maglev shaft clearance |
| Launch Mass (wet) | 84,500 kg | Including 4,500 kg payload |
| Hypersonic Payload | 4,500 – 6,200 kg | Interstate / Intercontinental |
| Max Cruise Speed | Mach 8.2 | Sustained with plasma assist |
| Plasma Booster Thrust | 1.15 – 1.35 MN | Throttle range 15–105% |
| Supercapacitor Peak Power | 120 MW | 3-second burst capability |
| Solar Array Output | 45 kW peak | Structural fuselage integration |
| Maglev Exit Velocity | 720 – 920 km/h | Dependent on shaft length & power |
| Target Reusability | 150+ cycles | 5-year design service life |
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CANTILAN • PHILIPPINES • NEW EARTH SYSTEMS
We're looking for visionary engineers, designers, investors, and city partners who believe movement should be beautiful, silent, and regenerative.