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A shared hydrogen truck program between two Japanese automakers targets the urban logistics gap that battery EVs haven’t closed
45 minutes ago
Isuzu and Toyota are building Japan’s first hydrogen light-duty truck.
The fuel cell hardware is Toyota’s, the chassis is Isuzu’s Elf EV.
Toyota’s next fuel cell system delivers 20% better efficiency than before.
Hydrogen mobility might not be moving forward as quickly as expected in passenger cars, but it still has clear promise in the commercial space. The latest move comes from Isuzu and Toyota, which have teamed up to develop Japan’s first mass-produced light-duty fuel-cell electric truck, expected to reach the road within the next two years.
This won’t be a ground-up rethink. Instead, it rides on the familiar ladder-frame chassis of the Isuzu Elf EV. The electric Elf, known globally as the N-Series, arrived in 2023 with modular 20 kWh battery packs, scaling from 40 to 180 kWh depending on spec.
The real story sits under the skin. Toyota’s upcoming third-generation fuel-cell system takes center stage here, bringing a claimed 20% improvement in efficiency over the current setup. It is also expected to last longer and cope better with hard use, which matters when your daily routine involves stop-start urban logistics or hauling refrigerated goods across a city.
Why Hydrogen?
One of the primary drivers behind this FCEV project is the inherent limitation of battery-electric trucks in certain commercial roles. Light-duty trucks used for supermarket and convenience store deliveries often require heavy refrigeration equipment that drains battery power quickly. Furthermore, the long charging times associated with large battery packs can disrupt tight delivery schedules.
Hydrogen refueling, which takes roughly the same amount of time as diesel, offers a more seamless transition for fleet operators, while offering an extended driving range. At the same time, an FCEV truck produces much fewer vibrations and noise compared to a diesel-powered equivalent, while having zero CO2 emissions.
Reducing Costs Is The Key
The sticking point remains cost. Fuel-cell vehicles are still expensive, and hydrogen infrastructure is far from widespread. Isuzu and Toyota say the answer lies in smarter engineering, from optimizing the vehicle structure to rethinking manufacturing processes, alongside continued development of the fuel-cell system itself.
Production of the light-duty fuel cell truck is scheduled to start in the Japanese fiscal year 2027, which ends on March 30, 2028.
This isn’t the first time the two companies have worked together on hydrogen. Isuzu and Toyota are already collaborating on the ERGA FCV, an urban flat-floor bus with hydrogen tanks integrated on its roof structure.
