BMW back hydrogen for transport with first series production car in 2028, showing a powerful commitment to future mobility solutions beyond batteries. This milestone follows the global success of the BMW iX5 Hydrogen prototype, which showcased a range of 300+ miles and refueling in under five minutes.
BMW Leads with Hydrogen Innovation in 2028
BMW back hydrogen for transport with first series production car in 2028, showing a powerful commitment to future mobility solutions beyond batteries. This milestone follows the global success of the BMW iX5 Hydrogen prototype, which showcased a range of 300+ miles and refueling in under five minutes. With the first production hydrogen model set to launch by 2028, BMW offers consumers a clean-energy vehicle that blends the convenience of traditional refueling with zero-emissions performance—setting it apart in a market crowded by battery-only EVs.
Why BMW Is Betting Big on Fuel Cells
While most automakers stick to battery-only vehicles, BMW back hydrogen for transport with first series production car in 2028 because hydrogen fuel cells offer advantages in range, flexibility, and cold-weather performance. This makes them ideal for commercial use, high-mileage drivers, and markets with limited EV charging infrastructure. In partnership with Toyota, BMW is developing robust, scalable hydrogen technology. The company sees hydrogen as an essential piece of its broader sustainability roadmap—addressing the limitations of current lithium-based EV systems.
BMW’s Dual-Path Strategy for a Cleaner Future
Looking ahead, BMW back hydrogen for transport with first series production car in 2028 to offer a dual-technology solution: hydrogen fuel cell vehicles (FCEVs) alongside battery EVs. As green hydrogen infrastructure expands globally, this strategy gives BMW a unique advantage in adapting to diverse market needs and energy ecosystems. With this forward-thinking approach, BMW aims not just to keep up but to lead in the race toward global zero-emissions mobility by offering both innovation and choice.
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