Telo Trucks is attempting to change the prevailing equation in the American electric truck market with the MT1, a small truck approximately 152 inches long—about the size of a two-door Mini Cooper—but with four doors and a 96-inch-long cargo bed. An initial driving test conducted by The Verge found that the vehicle combines compact dimensions with expected acceleration from zero to 60 miles per hour in about four seconds, according to the company's estimate for the production version.
The idea stems from a practical contradiction: large trucks offer important towing and hauling capabilities, but they are difficult to use in cities and tight parking spaces. Telo designed the MT1 to retain much of these capabilities within a smaller body, with a towing rating of up to 8,000 pounds. The vehicle is still a prototype under development, so the current driving experience does not represent the final product.
Engineering That Makes Use of Limited Space
The MT1 uses a design similar to Japanese kei vehicles, with the front passengers sitting approximately over the front axle. When the rear section of the passenger seats, which the company calls the midgate, is folded down, the cargo bed extends to its full 96-inch length. To compensate for the absence of the front trunk common in electric vehicles, Telo added a storage tunnel that runs from side to side beneath the front of the bed and can accommodate two large suitcases.
The truck uses a battery pack divided between 400- and 800-volt operating systems. The 400-volt side will enable charging through Tesla V3 Supercharger infrastructure, while the 800-volt side targets higher-power charging stations. At launch, a 77-kilowatt-hour battery will be available, along with a 106-kilowatt-hour option with an estimated range of up to 350 miles.
Telo builds the battery packs in-house, with an independent fuse for each cell to limit the spread of failure across the pack. It also uses a passive thermal-management system while the vehicle is stopped and active liquid cooling during operation. The company says its newer cells provide about 20% more energy than the cells it was receiving a year ago.
Safety Before Production
The MT1's greatest challenges lie not only in shrinking the body, but also in meeting U.S. safety requirements within an extremely short front end. Telo says development of the new front-pillar structure took nearly four years and hundreds of thousands of hours of crash simulations. The design combines the functions of several traditional components—including suspension mounting, the crossmember, and the dashboard—into a single structure, reducing the number of front-end parts by approximately half, according to the company.
The company uses artificial-intelligence tools to conduct virtual crash tests around the clock, at a rate of approximately one test per hour. It has completed what it calls the body in white—the vehicle's basic metal structure—and Schwab Industries in Michigan is building it. Full physical testing will begin after additional verification stages and before vehicles are delivered to customers.
What Changes in Practice?
Telo offers a different vision for the electric vehicle: rather than converting a large fuel-powered truck into an electric version, the company is redistributing the space, battery, and structure around the needs of urban use. The expected result is a relatively small vehicle offering a large cargo bed and high towing capacity, but its success will depend on the startup's ability to turn the design and simulations into a safe product that can be manufactured in commercial quantities.
The company is accepting reservations for $152, refundable, and the base MT1 starts at $41,520. It will be available in a single-motor, rear-wheel-drive version and a dual-motor, all-wheel-drive version, with options such as a cargo-bed cover equipped for solar power and a camping shell. Telo says it has slightly more than 14,000 reservations, that 70% of reservation holders chose all-wheel drive and the larger battery, and that first-time buyers account for approximately 20% of reservations.
Telo is targeting the start of deliveries in 2027, but the date is tied to the vehicle verification schedule, and the MT1 still needs approval from the U.S. Environmental Protection Agency and compliance with California air-quality requirements. The company aims to reach profitability after producing approximately 5,000 vehicles within about 24 months of the start of deliveries. These targets, along with the history of struggling electric-vehicle startups, make manufacturing, approval, and testing decisive factors no less important than the announced specifications.