Students Build an Electric Car That Any Driver Can Fix at Home
Meet ARIA, a modular EV designed so simply that even someone with zero repair experience can service it.
Students from Eindhoven University of Technology, working together with Fontys and Summa, have unveiled a prototype for a new electric car called ARIA. The project follows a fully modular design philosophy: major components can be swapped out by hand using standardized modules, clear step-by-step guides, and even a built-in toolkit. The car runs on six compact battery packs that can be removed and reinstalled without any specialized equipment.

According to the team, this approach could significantly extend the vehicle’s lifespan and prevent fully functional cars from being scrapped just because a few parts fail. ARIA is already capable of driving under its own power, but there’s no timeline yet for when — or if — mass production might begin.

The project builds on earlier student efforts, including solar-powered cars developed for competitions in Australia. ARIA is likely to appeal to buyers who value easy maintenance and straightforward, user-friendly engineering in their next vehicle.
You may also be interested in the news:
Cupra Raval Debuts as Volkswagen Group’s First Affordable Electric Hatchback
Cupra unveils the Raval electric hatchback, launching a new generation of affordable EVs from Volkswagen.
Ford CEO Teases $30,000 Electric Vehicle Built on New UEV Platform
Ford plans an affordable $30,000 EV built on its upcoming flexible UEV electric vehicle platform.
Lynk & Co Prepares Double Debut: Two New Electric Sedans Set for Global Reveal
Lynk & Co will unveil the 10 and 10+ on April 7, featuring up to 925 horsepower.
How to Remove Paint From a Car’s Exterior: It Happens More Often Than You Think
Paint splatter on a car can be frustrating, but several simple methods can safely remove it.
Engineers Develop Battery That Continues Operating in Extreme Cold Down to −94°F
Researchers created a new battery design capable of maintaining performance in extreme subzero temperatures.