Hyundai Tucson FCEV Owner Shocked by $113K Repair Bill for Hydrogen Fuel Cell

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By Car Brand Experts

Shocking Repair Bill for Hyundai Tucson FCEV Owner: $113K for Hydrogen Fuel Cell Failure

Hyundai ix35 Owner Hit with Unexpected Repair Cost

Hybrids and EVs are celebrated for their environmental friendliness but often come with exorbitant repair expenses. Recently, a German Hyundai ix35 FCEV owner, Till Westberg, faced a staggering $113,000 repair bill when his hydrogen fuel cell system malfunctioned. This incident sheds light on the unexpected costs associated with cutting-edge vehicle technologies.

Journey of the Hydrogen-Powered Hyundai ix35

Purchased seven years ago for around $55,000, Westberg’s Hyundai ix35, equivalent to the Tucson in the U.S., featured hydrogen power that fueled the electric drivetrain through a fuel cell. With over 52,000 miles on the clock, the vehicle abruptly failed, displaying errors and refusing to operate. To his dismay, Westberg was quoted over $113,000 for repairing the fuel cell, a cost far exceeding the car’s initial value.

Challenges Faced and Potential Solutions

Before the breakdown, the ix35 impressed Westberg with its efficiency, quiet performance, and acceleration, despite the challenges of finding hydrogen refueling stations. Hyundai acknowledged the impracticality of repairing the vehicle due to its limited production and outdated technology. Meanwhile, the successor Nexo FCEV offers replacement fuel cells at a comparatively lower cost, signaling advancements in fuel cell technology and improved affordability for future buyers.


The case of Westberg highlights the financial risks associated with early adoption of innovative vehicle technologies. As automakers strive to enhance reliability and reduce repair costs, consumers should remain cautious while embracing eco-friendly transportation options.


1. Can hydrogen fuel cell vehicles be cost-effective in the long run?

Hydrogen fuel cell vehicles can offer cost savings over time, especially with advancements in technology and infrastructure development. However, repair costs for specialized components like fuel cells can still be substantial.

2. Are there alternatives for owners faced with expensive fuel cell repairs?

In cases like Westberg’s, where repair costs exceed the vehicle’s value, manufacturers may provide alternative solutions or options to address the issue. Exploring newer models with improved technology and pricing may offer a more viable path forward.

3. What are the key considerations for prospective buyers of fuel cell vehicles?

Prospective buyers should factor in the availability of refueling stations, the longevity of warranty coverage, and the potential for repair costs when considering hydrogen fuel cell vehicles. Conducting thorough research and understanding the long-term implications of ownership is crucial.

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