Otherlab Released Lightfoot Solar-Powered Electric Scooter
The San Francisco-based firm has launched a solar-integrated electric scooter with 37 miles of range.
Updated on Oct. 6, 2026 in Electric Vehicles
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Otherlab has officially released the Lightfoot, an electric scooter featuring integrated solar panels that extend its total range. The vehicle is designed to facilitate short urban trips by combining manual plug-in charging with solar energy collection.
Why it matters
The integration of solar panels aims to decrease reliance on traditional grid-based charging for city commuters. By enabling range extension through sunlight, the manufacturer seeks to make daily short-distance transit more convenient for urban users.
The vehicle features a 1,560Wh battery and 240W solar system capable of adding 18 miles of range daily. It maintains a top speed of 20 mph and weighs 141 pounds.
The players
Otherlab
A San Francisco-based company focused on engineering and developing innovative transit and technology solutions.
The details
The scooter utilizes dual 750W geared hub motors and provides a 45-liter lockable cargo compartment for storage. It is equipped with a bench seat for two passengers and Tektro hydraulic disc brakes featuring 160mm rotors.
Timeline
The Lightfoot electric scooter became available for purchase on October 6, 2026.
Roadmap
This launch represents a niche push toward solar-integrated personal mobility as manufacturers experiment with reducing grid dependence. It positions Otherlab within a specialized segment of the electric vehicle market that prioritizes renewable harvesting over pure battery capacity.
The initial 100 Launch Edition units are priced at $4,495, requiring a refundable reservation fee of $100. Buyers can expect to charge the vehicle in four hours using a standard wall outlet if solar replenishment is insufficient.
The takeaway
For urban commuters, the Lightfoot offers a practical way to capture ambient solar energy during parking hours to extend daily ride distance. Owners should evaluate their typical parking exposure to direct sunlight to maximize the utility of the solar array.
Further reading
Learn more about the evolving landscape of sustainable transport in the Electric Vehicles section.
Source note: This article includes information reported by Electrek.
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Would you consider using a slower, solar-powered electric scooter for your daily commute?
