‘It can be done’ – electric motorcycle expedition departs from Nairobi enroute to Stellenbosch

An electric motorcycle, designed and built in Africa powered only by the sun, started its journey from Nairobi enroute to Stellenbosch today

An electric motorcycle, designed and built in Africa powered only by the sun, started its journey from Nairobi enroute to Stellenbosch today (Sunday, 29 September 2024).

Viewed as a revolutionary showcase of African ingenuity, it is believed to be the first time that electric motorcycles developed in Africa will be covering the approximately 6 000 km with only solar power as energy source.

The expedition is in part be to observe Transport Month in South Africa.

Researchers from the Faculty of Engineering at Stellenbosch University (SU) have joined forces with Roam, a technology-driven electric mobility company in Nairobi, Kenya, to test the Roam Air, a tailored electric motorcycle designed in Kenya for Africa. The motorcycle is used in urban settings.

Prof Thinus Booysen, founder of the Electric Mobility Lab, said this morning that the project is also there to inspire people, “we want to educate and to create awareness to show that it can be done – and more importantly that it can be done with green energy.”

Accompanied by two support vehicles, the electric motorcycle is expected to arrive in Stellenbosch on Monday 18 October – in time for the University’s Electric Mobility Day celebration.

Earlier, Booysen, explained that Roam donated two of its electric motorcycles the Lab for research and testing. “We cannot think of a better way to kick-start our research collaboration than testing the motorcycle overland. To do this within the African fraternity of ingenuity is an enormous privilege.”

Researchers at the newly founded Electric Mobility Lab at the Department of Industrial Engineering are spearheading research on electric mobility on the continent. They focus on the region’s unique modes of mobility and the required infrastructure and operational adaptations.

Together, SU and Roam intend to develop and apply research on electric vehicles and the supporting ecosystem, including but not limited to the electric motorcycles, electric vehicle powertrains, local manufacturing, and digital pilots for planning for electric urban mobility.

“This journey showcases Kenya’s ability to design and locally manufacture world-class electric vehicles for African conditions. It’s a testament to local innovation, leading the way in sustainable mobility solutions,” Masa Kituyi, EM Product Owner at Roam, commented last week.

PhD candidate and co-researcher on the project, Stephan Lacock, and Kituyi, are riding the motorcycle.

“The emphasis is not on the whether such a trip can be done as there has been other similar journeys in the world, but rather to showcase African ingenuity and collaboration between SU and Roam to overcome African conditions with green solar energy,” Lacock commented.

Amongst others, the SU research team is quite interested in seeing the performance of the drivetrain and swappable batteries, as well as the efficacy of the solar recharging solution.

Electric Mobility Lab

The Electric Mobility Lab at SU will be launched on 18 October at Asara Wine Estate. A highlight of the event will be the handover of a retrofitted 65-seater bus to Golden Arrow Bus Service. The motorcycle making the trip from Kenya will also be officially handed over to the Electric Mobility Lab.

Government officials, funders, industry representatives and researchers are expected to attend the event. Demonstrations of various electric vehicles and charging infrastructure will form part of the event’s activities.

  • The trip from Nairobi to Stellenbosch is made possible by the support of Scatec, Balancell, Voetspore, Tracks for Africa, Bush Lapa, SANEDI through the LEAP-RE project, and Charlie’s Travel.

Photo: ​Mr Masalule Kituyi, Product owner of Roam Air and rider on the trip (under helmet on the left), Mr Habib Lukaya, Operation Manager for Charging and Energy Systems at Roam and Mr and Stephan Lacock, Stellenbosch University PhD candidate and co-researcher on the project (under helmet on the right).