The Hydrogen Electric SUPERCAR That'll Blow Your Mind!
The South Korean automaker is reportedly starting development on the new H2-powered car A recently released report from South Korea suggests that Hyundai Motor Group is taking its first steps into creating a new hydrogen electric supercar design based on the N Vision 74 concept it created in 2022. Production could start as soon as 2026 Before production of the hydrogen electric car can begin, the automaker is working on a development mule. Hyundai first showed the public its N Vision 74 Concept in mid-2022. It was at that time that the automaker launched its IONIQ 6. The unveiling was a vide…
The South Korean automaker is reportedly starting development on the new H2-powered car
A recently released report from South Korea suggests that Hyundai Motor Group is taking its first steps into creating a new hydrogen electric supercar design based on the N Vision 74 concept it created in 2022.Production could start as soon as 2026
Before production of the hydrogen electric car can begin, the automaker is working on a development mule. Hyundai first showed the public its N Vision 74 Concept in mid-2022. It was at that time that the automaker launched its IONIQ 6. The unveiling was a video that took place on a track, including footage of both the N and N 74 versions of the IONIQ drifting.The hydrogen electric supercar combines the past and future
The way the N Vision 74 has been designed as a concept is to bring together the latest cutting edge H2 fuel cell technology that will take the vehicle into the future, with the appeal of retro style. Visually, it has taken on design elements from the Hyundai Pony that was a popular Korean-made model from 1975 through 1990. That said, the most visual components were borrowed from the 1974 Pony coupe concept. https://youtu.be/7BGp58LaHEY?si=paRxbBubyZhI0ydJCreating a hybrid battery-electric and FCEV system
The automaker’s engineers focused on the development of a hydrogen electric supercar, as opposed to a more conventional H2 or battery-powered design. It contains an entirely new layout in which battery-electric and fuel cell technologies have been combined. The goal of using both technologies in combination with each other is to greatly improve cooling efficiency. Moreover, it makes it possible for the vehicle to alternate from one power source to the other depending on the demands of the driving conditions. The way this unique logic system has been laid out also improves torque vectoring between twin motors positioned at the rear of the vehicle, making it possible for the vehicle to respond and corner with high precision. On top of that, the hydrogen electric supercar is also being designed with a three-channel cooling system to achieve a careful balance between performance and cooling.