As the automotive industry races toward carbon neutrality, BMW’s exploration of hydrogen-powered vehicles has sparked growing interest. With global demand for clean energy solutions rising, understanding BMW’s role in hydrogen technology is essential.
BMW has actively pursued hydrogen fuel cell technology for over a decade, collaborating with partners like Toyota and developing prototype models such as the BMW Hydrogen 7. Though not yet in mass production, the company continues testing hydrogen combustion engines and fuel cells, signaling long-term commitment to zero-emission mobility beyond battery-electric vehicles.
Hydrogen fuel cells offer fast refueling and extended range, making them ideal for heavy-duty and long-haul applications. BMW leverages this technology to complement its electrification strategy, aiming to reduce dependency on rare materials and expand sustainable options for diverse driving needs. The brand’s focus on hydrogen aligns with broader industry trends toward diversified clean energy solutions.
Despite progress, hydrogen vehicles face infrastructure and cost barriers. BMW’s ongoing R&D and pilot projects reflect strategic patience, targeting gradual integration into its lineup. With growing public and regulatory support for hydrogen, BMW positions itself at the forefront of next-generation sustainable transport, ready to redefine eco-friendly driving.
While BMW has not yet launched a production hydrogen car, the company’s sustained investment underscores a clear commitment to hydrogen mobility. By combining innovation with strategic partnerships, BMW is shaping the future of clean transportation—one fuel cell at a time. Stay tuned as the evolution of hydrogen cars unfolds.
BMW confirms the 2028 iX5 Hydrogen after one million kilometers of global testing. Here's what the brand learned about range, refueling, and everyday use. BMW's first hydrogen.
BMW hydrogen fuel cell stack. (Image: BMW Group) BMW has been chasing hydrogen for nearly fifty years. It has built hydrogen-powered 7 Series saloons, prototypes running on liquid hydrogen, and, most recently, a fleet of iX5 SUVs with hand-built fuel-cell systems.
Clever cars, engineering showpieces. BMW confirms it will build its first full-production hydrogen fuel cell electric vehicles (FCEV) in 2028. Photo: Jonas Rattel.
Today, the BMW Group and Toyota are jointly developing a hydrogen powertrain for passenger cars. Its fuel cell technology is based on third. In 1980, the BMW 7 Series was the first luxury-class vehicle in Europe to be powered by cryogenic liquid hydrogen.
However, hydrogen for these cars is still produced from crude oil or natural gas and not with the help of solar hydrogen technology. The liquid hydrogen is transported in the car at minus 253 degrees Celsius. With a 93-litre tank, ranges of around 300 kilometres can be achieved.
BMW believes hydrogen will play a crucial role in the car industry, and plans to launch the iX5 Hydrogen in 2028, making it less dependent on raw materials needed for battery EVs. BMW has started production of the prototypes of its third-generation hydrogen fuel-cell system co-developed with Toyota. Here's what we know.
After years of developing the technology, building prototypes and even going on a world tour with a hydrogen-powered iX5, BMW is officially committing to producing hydrogen fuel-cell vehicles, the. Today, BMW announced that it will start selling vehicles with hydrogen fuel cell powertrains in 2028 alongside the battery electric, gasoline-, and diesel.