The Toyota hydrogen Hilux 2028 is a stated plan, not a rumour. Toyota says a Hilux Fuel Cell is set for launch in 2028, targeting a range above 400 km and towing capacity of up to 2.5 tonnes. Both are Toyota’s own words, and both are targets — not certified figures. The comparison is what makes them worth reading: against the battery-electric Hilux announced in 2025, the hydrogen version aims for two-thirds more range and half again the towing.
Toyota Plans Hydrogen Hilux Production for 2028
What Toyota has announced
The date first appeared when Toyota announced the all-new Hilux in November 2025: a version with a Toyota hydrogen fuel cell system was “scheduled to arrive in 2028”. The range and towing targets came later, in a September 2026 release on fuel-cell work for heavy-duty transport.
Which markets, and when
Toyota has not published a market list. The November 2025 release frames the fuel-cell Hilux as adding stimulus to hydrogen ecosystems in Europe; the September 2026 release names no markets at all. Europe is the context Toyota has pointed to; anything more specific is not on the record.
Toyota Hilux FCEV Range and Towing Targets
| Figure | Hilux Fuel Cell (target) | Hilux BEV (tentative) |
|---|---|---|
| Driving range | Above 400 km | About 240 km WLTP |
| Towing capacity | Up to 2,500 kg | 1,600 kg |
| Payload | Not published | 715 kg |
| Launch | 2028 | Announced Nov 2025 |
Toyota’s own figures. The fuel-cell column is targets; Toyota labels the BEV column “tentative, pre-homologation data”. Neither is certified.
Side by side, the hydrogen version targets about 67% more range and 56% more towing than the battery version of the same truck. That is the case for hydrogen in a working pickup: a battery heavy enough to tow 2.5 tonnes a long way costs payload, and compressed hydrogen does not.
Why the range figure is lower than you may remember
If you followed the earlier coverage, 400 km may look like a step backwards. In June 2024 Toyota said its hydrogen Hilux prototypes had an expected range of up to 600 km — 200 km above the new figure. They are not comparable: 600 km was an expectation for ten hand-built prototypes, while 400 km-plus is a target for a vehicle that must be certified, sold and warrantied.
How Hydrogen Fuel-Cell Technology Works
A fuel cell does not burn anything
This is the distinction most coverage blurs. A fuel-cell electric vehicle carries hydrogen in high-pressure tanks and runs it through a stack, where it reacts with oxygen from the air to generate electricity on board. That electricity drives an electric motor, and the only tailpipe output is water. Nothing is burned — a hydrogen combustion engine is a completely different machine. Both a fuel-cell and a battery-electric vehicle run on electric motors; the difference is that one makes its electricity from hydrogen as it goes, while the other stores it in a pack you charge. That is why refuelling takes minutes, and why no amount of charging infrastructure helps a fuel-cell vehicle.
The Mirai connection
The technology is not new to Toyota. The prototype Hilux used core elements of the Mirai’s system — a 128 kW stack of 330 cells, a 134 kW rear motor and three tanks holding 7.8 kg of hydrogen. Those are prototype figures. Toyota’s third-generation system is the one going into commercial work, with claimed twice the output and durability of the previous generation and 20% better efficiency.
Toyota’s Wider Hydrogen Programme
The Hilux is not a standalone project, which is the best reason to take 2028 seriously. Toyota is supplying 300 kW third-generation systems for 40 heavy-duty vehicles in Scania’s Pilot Partner programme, first trucks expected in Q1 2027, and supplying IVECO’s next-generation trucks under an EU-funded project — the S-eWay Fuel Cell is quoted at 300 kW, beyond 900 km of range and over 25,000 operating hours.
Toyota GAZOO Racing will also run the DKR GR FC Hilux at the 2027 Dakar Rally, in the Future Mission 1000 category, across Saudi Arabia in January 2027. It is a one-off competition prototype, not a preview of the production truck — but a rally there is a hard test of tanks, cooling and dust sealing.
Hydrogen Refuelling Remains the Real Constraint
A fuel-cell vehicle is only as usable as the hydrogen around it, and that is the honest limit on this story. Hydrogen needs production, compression, distribution and purpose-built high-pressure stations — which is why Toyota frames the Hilux as helping build a hydrogen ecosystem rather than joining one. In Pakistan no public hydrogen refuelling network has been announced, so a fuel-cell pickup is not practical here until that changes.
Will Toyota Launch the Hydrogen Hilux in Pakistan?
Not on anything Toyota has said. It has named no markets for the 2028 launch and pointed only to Europe, so there is no Pakistan date to report and we will not invent one. For owners here the Toyota hydrogen Hilux 2028 is a technology story worth following, not a buying decision. The trucks on the road now are the Revo generation — we stock Toyota Hilux Revo accessories in Pakistan for 2015–2025 models and a wider range of Toyota Revo Hilux accessories. Those fit the current Revo; fitment for an unseen 2028 vehicle cannot be confirmed.
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