Finnish startup announces revolutionary solid-state battery for motorcycles

A Finnish startup called Donut Labs unveiled a motorcycle with a supposedly groundbreaking solid-state battery at CES in Las Vegas. The battery is claimed to store 400 watt-hours per kilogram, withstand temperatures from minus 40 to plus 100 degrees, and enable up to 600 kilometers of range with a charging time under ten minutes. Despite skepticism from past disappointments, the company plans to publish independent test results.

The Finnish startup Donut Labs, founded by Marko Lehtimäki, is presenting technology with the Verge motorcycle brand that is touted as a revolution in battery tech. At the CES trade show in early January in Las Vegas, the vehicle was displayed, featuring an electric motor integrated directly into the rim of a hubless wheel—a shape reminiscent of a donut that keeps the center of gravity low.

The solid-state battery promises exceptional properties: 400 watt-hours of energy per kilogram, resilience to extreme temperatures from minus 40 to plus 100 degrees Celsius, a range of up to 600 kilometers per charge, and recharging in under ten minutes. It is also said to endure 100,000 charge cycles, with the motorcycle priced at 30,000 euros. Lehtimäki addresses doubts directly: “Schon klar, dass man einer kleinen Gruppe Außenseiter erst mal nicht glaube,” he says in a video, promising proof of the technology that major corporations have failed to achieve despite billions in investments.

Background: Solid-state batteries with solid electrolytes are considered safer and potentially more powerful than conventional lithium-ion batteries with liquid electrolytes. Examples like the bankruptcy of Swedish manufacturer Northvolt or the failure of European production plans highlight the challenges. Volkswagen mentioned a battery with 1,000 cycles, equivalent to 500,000 kilometers, and Mercedes-Benz tested a solid-state prototype over 1,200 kilometers without stopping from Stuttgart to Malmö. However, timelines for mass production remain uncertain.

Donut Labs claims to have already started series production. An independent assessment by the Finnish VTT Technical Research Centre is to verify the claims; results will be published step by step starting Monday. The technology could advance not only motorcycles but the entire electric mobility sector, with benefits for the climate and recycling, as batteries last longer and raw materials can be reused. Experts remain skeptical but intrigued.

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Aerial view of Tesla Megapack batteries at the Helios energy storage site in snowy Sapporo, Japan.
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Tesla Megapacks enable new battery storage system in Japan

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A Tesla-powered battery energy storage system has begun commercial operations in Sapporo City, Hokkaido, Japan. The 50 MW/104 MWh Helios project, developed by Manoa Energy, uses Tesla's Megapack 2XL batteries to support Japan's grid. It operates as a merchant asset in wholesale, balancing, and capacity markets.

New test results indicate that a solid-state battery for motorcycles can almost fully recharge in under five minutes. The findings come from Donut Lab, though questions persist among skeptics. TechRadar reported on these developments on February 28, 2026.

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Donut Lab and WATT Electric Vehicle Company have partnered to integrate advanced in-wheel motors into a lightweight EV chassis. The resulting platform, an evolution of WATT's PACES system, promises versatile applications from beach buggies to sports cars. A prototype will debut at CES in January 2026.

Tesla reported a record 14.2 GWh of energy storage deployments in the fourth quarter of 2025, up 29% from the previous year, even as its electric vehicle deliveries fell 16%. The company's energy business, including Powerwall and Megapack products, continues to show strong growth and profit margins. CEO Elon Musk highlighted the long-term potential of energy storage and solar integration.

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Tesla's advanced battery technologies, including Powerwall and Megapack systems, are playing a key role in stabilizing renewable energy grids and reducing carbon emissions. Innovations in 2025, such as the Megablock platform and virtual power plants, have enabled significant clean energy output and grid support operations. These developments address intermittency issues in solar and wind power while promoting sustainability through recycling and ethical sourcing.

Tesla has restarted production of Model Y vehicles equipped with its in-house 4680 battery cells in the US, more than two years after halting to prioritize the Cybertruck. Weak Cybertruck sales and tariff-related supply chain issues prompted the shift, with new non-structural packs improving repairability. The move was announced in Tesla's Q4 2025 shareholder update.

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Following the recent resumption of 4680 cell production for Model Y vehicles, Tesla has confirmed achieving a key manufacturing milestone: full dry-electrode processing for both anode and cathode components. VP Bonne Eggleston highlighted the breakthrough on X, enhancing supply chain resilience amid trade tensions, as noted in the Q4 and FY 2025 update.

 

 

 

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