Toyota's Hydrogen-Powered Hilux: Leading Sustainable Mobility Innovation
Key Ideas
- Toyota is conducting demonstrations for its hydrogen-powered fuel cell Hilux prototypes, with 10 vehicles built in Derby, UK.
- The prototypes are undergoing safety, performance, and durability testing, with five engaged in customer and media demonstrations at events like the 2024 Olympic Games.
- The Hilux has a 600km driving range, stores hydrogen in high-pressure fuel tanks, and is expected to have a power output of 128kW, showcasing Toyota's commitment to sustainable mobility.
- Toyota aims to promote sustainable mobility and create a legacy by providing over 2,600 electrified vehicles, including 500 Toyota Mirai's, for the 2024 Olympic Games in Paris.
Toyota has unveiled its plan to showcase hydrogen innovation with the introduction of hydrogen-powered fuel cell Hilux prototypes. The company has built 10 vehicles at Toyota Motor Manufacturing UK in Derby, with five currently undergoing extensive field testing to evaluate safety, performance, functionality, and durability. Additionally, the other five prototypes are being utilized for customer and media demonstrations, including appearances at the 2024 Olympic and Paralympic Games in Paris. The Hilux boasts an impressive driving range of up to 600km and utilizes three high-pressure fuel tanks to store hydrogen, providing a total system capacity of 7.8kg. With an expected power output of 128kW, the Hilux represents Toyota's dedication to sustainable mobility solutions. The company's participation in the 2024 Olympic Games is seen as an ideal platform to showcase the advancements in hydrogen mobility, with Toyota aiming to provide a fleet of over 2,600 electrified vehicles, including 500 Toyota Mirai's, to promote sustainable mobility and leave a lasting legacy. The prototypes have been developed in collaboration with consortium partners like Ricardo, ETL, DH2 Advanced Technologies, and Thatcham Research, highlighting a collective effort towards advancing eco-friendly transportation solutions.