100% EMISSION FREE
No pollution, no penalties. Business as usual
Designed with the latest hydrogen fuel cell technology, the Darling Taxi is built to meet the needs of professional taxi drivers. Zero emissions driving experience with the same operational performance of a combustion vehicle.
Quiet Ride
Comfortable and noiseless design for drivers and passengers
Zero Emission Advantages
Get in and out of city centres without worrying about pollution fees
Fast Refuelling
Spend time on what really matters
FOR PROFESSIONAL TAXI DRIVERS
Convenience meets comfort
In creating the next generation of zero emission taxis, we ensure that the Darling Taxi provides easy access in and out, as well as sufficient luggage and leg room for every journey.
Leg room, luggage capacity, ample seating space for long or short drives.
Whether you need to sleep on a long ride or just relax, the H2X Darling Taxi keeps you cosy and safe.
5G connectivity with remotely updated firmware, hands-free functionality and smartphone integration for the best driving experience.
Drive with confidence through tight streets and challenging parking spots with parking sensors and 360° camera.
CAPACITY
Customise your taxi to your needs
Comfortably seats up to 10 passengers and luggage. Identical load space volume compared to combustion engine equivalent.
Compact
6 seater
4.67m length
Standard
8 seater
4.90m length
Long
10 seater
5.32m length
HYDROGEN
Save time, save the planet
Fuel faster at your convenience, via Hydrogen Refuelling Stations (HRS) that will be strategically built in key locations around cities.
>400km with a Single Refill
Drive longer distances with hydrogen fuel cell technology
Growing Hydrogen Infrastructure
Hydrogen Refuelling Stations can service multiple vehicles per hour
Scalable Solution
No need to stress the electricity grid, just increase your H2 storage and scale your hydrogen fleet
Note: The Darling Taxi is not yet in production. Individual vehicle specifications may therefore be subject to change depending on region and before the start of production.