TARDEC to demo ZH2 fuel cell vehicle
The US Army Tank Automotive Research, Development and Engineering Center (TARDEC) is set to hold a demonstration of the General Motors ZH2 Fuel Cell Electric Vehicle (FCEV) at Schofield Barracks later this month.
The demonstration will allow the US Army to evaluate capabilities of the ZH2 vehicle, a modified Chevy Colorado fitted with a hydrogen fuel cell and electric drive.
According to TARDEC, the ZH2 vehicle produces high torque and is equipped with 37in tyres that increase its off-road manoeuvrability to negotiate rough and steep terrain. When the vehicle is immobile, it can generate 25kW of continuous power or 50kW of peak power.
There are 120 and 240 volt outlets located in the trunk, allowing for silent power off-loading for base operations. The vehicle’s hydrogen fuel cell can produce two gallons per hour of potable water.
This is the final soldier user evaluation event to demonstrate technology on the ZH2. The soldiers at the brigade level will put the vehicle to rigorous testing within a larger operational training exercise involving a recon mission of enemy forces in jungle terrain.
The ZH2’s drive system does not produce smoke, noise, odour or thermal signature, allowing soldiers to conduct silent watch on the battlefield.
More from Land Warfare
-
Eurosatory 2026: MARSS and parent company EOS expand air defence capability
MARSS became part of EOS Defence earlier this year, bringing together the former’s C2 NiDAR and Nation Shield air defence products with the latter’s suite of effectors and sensors.
-
Is motorisation set to be the next evolution of towed artillery?
Artillery remains a key tool on the modern battlefield. Artillery platforms, however, are increasingly at risk from enemy fire, whether from other artillery or uncrewed …
-
Eurosatory 2026: GDELS and Thales combine proven tech to create reduced-risk CUAS
Both Thales and GDELS shone a spotlight on their uncrewed and counter-drone efforts at Eurosatory 2026, highlighting the integration of mature technologies with stable C2 systems that are open to agnostic additions and expansion.