BMW Launches iX5 Hydrogen with Five Powertrain Options, Pioneering the Future of Sustainable Mobility
BMW Group has unveiled the new BMW X5 with an unprecedented choice of five drive technologies: battery-electric, plug-in hybrid, gasoline, diesel, and hydrogen fuel cell. Among them, the BMW iX5 Hydrogen marks a major step forward in sustainable mobility, highlighting BMW’s commitment to innovation and global decarbonization.
The launch aligns with BMW’s HyMoS (Hydrogen Mobility at Scale) initiative, designed to accelerate the development of hydrogen ecosystems, including refueling stations in metropolitan areas. The pilot phase is currently underway in Germany, with plans for future expansion across Europe and beyond.
“A Technology Pioneer in Every Drive”
Joachim Post, BMW Board of Management, emphasized:
“By offering the BMW X5 with five drive system variants, we are reinforcing our position as a technology leader. Hydrogen is key to global decarbonization, and we are committed to driving this technology forward.”
BMW has adapted its manufacturing systems to accommodate multiple powertrain technologies, ensuring flexibility and efficiency. From 2028, both battery-electric and hydrogen fuel cell variants will be fully integrated into the X5 lineup.
Introducing the BMW iX5 Hydrogen
Michael Rath, Vice President of Hydrogen Vehicles at BMW, stated:
“The BMW iX5 Hydrogen delivers pioneering performance while providing the driving pleasure BMW is known for. Our third-generation fuel cell system, developed in collaboration with Toyota, combines compact design with increased power, extended range, and improved energy efficiency.”
This breakthrough technology is designed to enhance output while minimizing energy consumption, setting a new benchmark for hydrogen-powered vehicles in the luxury SUV segment.
HyMoS: Building the Hydrogen Ecosystem
The HyMoS initiative focuses on establishing viable hydrogen mobility networks for passenger cars, buses, and trucks. By pooling demand across vehicle types, BMW and its partners aim to optimize hydrogen station distribution and ensure maximum efficiency. Initial pilots in Germany and France are providing valuable insights for potential deployment in other metropolitan areas, with the long-term goal of expanding hydrogen mobility globally.
BMW’s iX5 Hydrogen demonstrates how hydrogen fuel cell technology can complement electric and hybrid solutions, accelerating the transition to low-emission vehicles while delivering performance, innovation, and practicality.
