BMW M Rules Out Hydrogen Performance Car for Now — Here’s Why

BMW stands as one of many only a few legacy automakers nonetheless deeply dedicated to hydrogen fuel-cell technology, however followers hoping to see that dedication attain an M-badged efficiency automobile might want to mood their expectations. For Drive Australia, Frank van Meel, head of BMW M, has made clear that whereas the division hasn’t dominated hydrogen out solely, the engineering actuality makes it a distant proposition at finest.

Packaging Is An Subject

The core downside comes right down to physics and packaging. A hydrogen fuel-cell system able to delivering real efficiency output requires a number of stacks working in live performance, every demanding its personal thermal administration infrastructure. Stack them up for M-car energy figures and also you rapidly run out of area — and achieve an excessive amount of weight. Van Meel described the tip end result bluntly: you find yourself with one thing the dimensions of a truck. That’s not an issue BMW M is anyplace near fixing.

The identical problem extends to motorsport. BMW M has been exploring whether or not hydrogen may play a job in endurance racing, however van Meel acknowledges the model has but to discover a workable path. Burning hydrogen immediately in a combustion engine — the route Toyota has been exploring in racing — would make the engineering simpler, however BMW’s philosophy guidelines that method out. For BMW, hydrogen means gasoline cells and nil tailpipe emissions, with water vapor as the one byproduct. That’s a tougher technical bar to clear, particularly on a race circuit the place refueling time, weight distribution, and packaging are all essential variables.

A Street Automotive Program That’s Very A lot Alive

None of this displays an absence of effort or perception within the know-how on the street automobile degree. BMW confirmed in September 2025 that its hydrogen iX5 — allegedly badged the iX5 60H xDrive — will enter collection manufacturing in 2028, making BMW the primary international premium producer to carry a fuel-cell passenger automobile to market at scale. The nameplate follows years of real-world growth: a world pilot fleet has been operating since 2023, protecting greater than one million check kilometers throughout greater than 20 international locations in situations starting from excessive warmth to sub-zero chilly.

The manufacturing iX5 Hydrogen will use a third-generation fuel-cell system co-developed with Toyota, the results of a partnership between the 2 automakers stretching again to 2011. That system will likely be meaningfully extra compact, extra highly effective, and extra environment friendly than the second-generation stack used within the pilot fleet — enhancements that make it viable for a manufacturing SUV, even when they don’t but crack the packaging puzzle for a sports activities automobile.

Gasoline-Cell Stacks Made in Germany

Manufacturing of the fuel-cell stacks will happen at BMW’s Steyr plant in Austria, with key parts together with a brand new hydrogen-specific high-voltage controller manufactured on the Landshut facility in Germany. The iX5 Hydrogen will slot into the next-generation X5 lineup as one in all 5 out there powertrain choices — a outstanding vary that additionally spans petrol, diesel, plug-in hybrid, and battery-electric variants.

BMW’s choice to remain the course on hydrogen whereas most rivals have stepped again displays a real strategic conviction that the know-how will discover its place, significantly in markets the place charging infrastructure lags or in use instances the place lengthy vary and quick refueling matter most.

For BMW M, the sincere reply is that hydrogen stays an open query quite than a roadmap merchandise. The division’s near-term focus sits firmly with combustion efficiency, plug-in hybrid techniques, and the battery-electric fashions taking form underneath the brand new platform structure. Whether or not fuel-cell know-how ever finds its method into an M product will rely upon breakthroughs in miniaturization and thermal administration that merely don’t exist but. Van Meel hasn’t closed the door — however he hasn’t opened it both.