The Telo MT1 is a big truck trapped in a tiny truck’s body

Telo Trucks, a 30‑person startup founded in 2022 by former National Instruments safety engineer Jason Marks and ex‑Tesla battery specialist Forrest North, has built a production‑ready prototype called the MT1. The vehicle adopts a cab‑over layout that places occupants almost directly over the front axle, yielding a footprint the size of a two‑door Mini Cooper yet delivering a full‑size 96‑inch bed, an 8,000‑lb payload rating and an estimated 0‑60 mph sprint in about four seconds. Power comes from a split‑architecture battery pack—400 V for compatibility with Tesla’s V3 Superchargers and an 800 V high‑power side for future fast‑charging stations—offered in 77 kWh or 106 kWh versions that Telo claims can reach 350 miles on a single charge. The company builds the packs in‑house, fusing each cell to prevent cascade failures and employing passive thermal management that cools the pack while parked, supplemented by active liquid cooling under load. Recent cell upgrades have added roughly 20 % more energy density compared with the previous year.

The MT1 arrives as the EV market’s attention drifts toward compact utility vehicles that can navigate dense city streets while still offering genuine work‑horse capability. Competitors such as Rivian and Ford are targeting the traditional full‑size segment, whereas Telo’s approach mirrors the Japanese kei‑truck formula but electrified, positioning it against niche players like the Bollinger B1 and upcoming micro‑truck concepts from startups. By leveraging a high‑voltage architecture and a proprietary battery design, Telo sidesteps the range‑anxiety concerns that have hampered earlier small EV pickups, while its 8,000‑lb tow rating directly challenges the utility narrative that only large pickups can haul. The involvement of Yves Behar’s fuseproject adds design credibility, potentially helping the MT1 stand out in a market where aesthetic differentiation can be as decisive as specs.

Looking ahead, Telo must translate its prototype performance into scalable production without inflating price, a hurdle for most low‑volume EV makers. The dual‑voltage pack, while technically impressive, depends on the rollout of 800 V charging infrastructure that remains limited outside a few tech hubs. Additionally, the company’s claim of a 350‑mile range on a 106 kWh pack will be scrutinized under real‑world conditions, especially given the vehicle’s high torque output and payload demands. Investors and early adopters will watch Telo’s ability to secure supply chains for fused cells and to meet safety certifications for its unique “monster tunnel” storage solution before the MT1 can claim a foothold beyond the Bay Area demo lane.