Japan-based cleantech startup Hello Space Co., Ltd. is set to unveil MAG DRIVE, a patented semi-superconducting regenerative drive system, at CES 2026. The system enables riders to charge e-bike batteries through pedaling without generating magnetic resistance, addressing a key challenge in the expanding global e-mobility sector: reducing reliance on external charging.
The MAG DRIVE system includes a generator, power charging board application, gearbox, pedals, crankshaft, sensors, and batteries. At normal pedaling speed, it delivers a power output of 100W to 250W. The device is designed to attach easily to the mid-hub of bicycles and is compatible with any in-wheel drive motor. It comes equipped with two batteries, each with separate circuits that charge from the generator and power the drive motor.
The system features an automated charging cycle: when the charge in one battery drops to a specified level, the circuits switch to the other battery. Once a battery is fully charged, the system reverts to the first battery. Each battery can reach full charge within 2 to 3 hours of riding, making it highly efficient for daily use.
Hello Space has been developing MAG DRIVE in partnership with Toyota Tsusho Nexty Electronics Group since 2021, first revealing the concept at CES 2022. At CES 2026, Hello Space plans to demonstrate MAG DRIVE with the world’s first self-powering “Smart E-bike” and self-powering “Smart Spin Bike” at the Japan Pavilion and CES Unveiled events.
In addition, Hello Space has signed a Memorandum of Understanding (MoU) with XERO (Anantshree Vehicle Pvt. Ltd), a leading Indian EV manufacturer, to co-develop a Smart E-bike featuring the MAG DRIVE pedal charging system. Under the partnership, Hello Space will supply MAG DRIVE, while XERO will manufacture and commercially supply the Smart E-bikes for bike-sharing services worldwide. The first Smart E-bikes are expected to launch in 2026, targeting applications including bike-sharing services, delivery EVs, and fitness bikes.
MAG DRIVE represents a significant step forward in e-mobility, promising reduced charging frequency, increased convenience for riders, and broader adoption of pedal-assisted, self-charging electric bicycles globally.
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