TOPSHOT – The Stella Juva solar ambulance of student team Solar Team Eindhoven, is pictured at the Amref International University during the Kenya launch in Nairobi, on August 28, 2026. A team of Dutch students on August 28 hailed a successful trial in Kenya of what they present as the world’s first solar-powered ambulance, hoping to bring essential medical care to the most remote regions of the planet. The sleek, futuristic-looking white and yellow vehicle, equipped with solar panels on the roof that power not only the engine, travelled to several clinics last week as far as Mosiro, in Narok County, nearly 150 kilometers from the capital Nairobi. (Photo by SIMON MAINA / AFP)
Dutch students yesterday celebrated a successful trial in Kenya of what they say is the world’s first solar-powered ambulance, hoping to bring vital medical care to remote regions.
The futuristic yellow, black and white car — named ‘Stella Juva’ — is equipped with roof-mounted solar panels that power the engine.
It also carries testing kits for tuberculosis, cooled storage for vaccines, X-ray machines, and an ultrasound scanner.
The ambulance is designed to bring healthcare to the patient, rather than transport them to hospitals — vital in regions where medical facilities are few, and maternal health is still precarious.
“This vehicle will be a game changer,” said Geoffrey Sadera, of Amref Health Africa, which partnered on the project. Amref focuses on maternal and child health.
The two-seat ambulance can tackle off-road terrain, reach a top speed of 120 km/h, and on a sunny day has a range of roughly 715 kilometres.
Its solar-charged battery ensures the car and its equipment remains operational even at night or in cloudy conditions.
Student Isabella Wanningen, who worked on the project, told AFP the trial run in Kenya had been a runaway success.
“We’ve driven more than 800 kilometres and tested her capabilities both in whether she is able to go off-road and how she can actually deliver healthcare,” she said.
Many team members put their studies on hold to work on this project, which took about a year to complete.
“We hope to inspire the industry, healthcare organisations and innovators to use sustainable technology to solve real-world problems,” said Wanningen.
“If we can do this with 23 students in one year, that really shows how much is possible,” she added.
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