Fujimaglev provides a dual‑mode short‑haul transit system that combines passive magnetic levitation on unpowered aluminum guideways with self‑propelled electric vehicles fitted with Halbach magnetic wheels.
Funding
Funding not disclosed
Founders
Product
Problem
Short‑haul transit options are either prohibitively expensive, as with traditional monorail systems that cost $50 M–$150 M per mile, or inefficient, relying on road vehicles that generate tire wear, particulate emissions, and cannot deliver passengers or cargo directly to building entrances.
Solution
Fujimaglev offers a dual‑mode transit system that uses passive magnetic levitation on unpowered aluminum guideways, reducing infrastructure costs by over 90% to about $4.5 M per mile. Standard electric vehicles equipped with Halbach magnetic wheels can levitate and travel at high speed along the guideway, providing a silent, frictionless connection between points. Because the vehicles are self‑propelled, they can leave the guideway to transport passengers to building lobbies or move pallets into warehouses, bridging the “last‑mile” gap between rail and road. The system eliminates tire wear and particulate emissions, making it suitable for clean‑room environments and other sensitive facilities. By moving the active technology to the vehicle rather than the track, the solution delivers a cost‑effective, low‑maintenance alternative to conventional monorails.
Target Audience
Primary customers are private developers, industrial campuses, and logistics operators that need affordable, clean short‑haul transport between facilities and direct access to building interiors.
Features
- Passive maglev guideway made of unpowered aluminum rails, requiring no active track infrastructure
- Halbach magnetic wheels retrofit that enable self‑stabilizing levitation without complex controls
- Dual‑mode capability: vehicles can operate on the guideway and detach to drive on conventional surfaces for direct delivery
- Silent, frictionless operation reduces noise pollution and eliminates tire wear
- Low capital cost (~$4.5 M per mile) compared to traditional monorail systems
- Compatibility with standard electric vehicle chassis for easy integration and scalability