Roam, a company of **African origin** recognized for its [sustainable mobility solutions](https://noticiasambientales.com/energia/producen-una-bicicleta-electrica-en-cordoba-para-promover-la-movilidad-sostenible/), has taken a significant step with the **Roam Air**. This motorcycle is designed for the demanding conditions of countries like Kenya and stands out for its ability to be recharged solely with **solar energy**.
The Roam Air began its journey on September 29 from Nairobi, Kenya, and ended in Stellenbosch, South Africa, after covering **6,000 kilometers in 17 days**.
## Sustainable Journey Across Africa
The journey took the Roam Air through several African countries, including Tanzania, Malawi, Zambia, and Botswana, before reaching its final destination in South Africa.
Throughout the entire journey, the batteries of this electric motorcycle were recharged **exclusively with solar energy**, highlighting its commitment to truly sustainable mobility.
## Autonomy and Performance Solely with Solar Energy
The Roam Air stood out not only for its solar charging system but also for its versatility. Thanks to its modular design, it allows for easy swapping of its **removable batteries**, facilitating continuous travel.
On average, the motorcycle covered about 100 kilometers between each battery change. Under optimal conditions, the Roam Air managed to travel up to 1,000 kilometers in 18 hours.
## Technical Specifications of the Roam Air
– **Maximum Speed:** 90 km/h.
– **Homologated Autonomy:** 75 kilometers per battery module (doubled with its two modules).
– **Battery Capacity:** 3.24 kWh per module.
– **Payload Capacity:** up to 220 kilos.
– **Acceleration:** 0 to 60 km/h in 6.9 seconds.
These features make it an efficient solution for daily transportation in urban and rural environments, where terrain conditions can be particularly demanding.
## Celebration of the Milestone and International Collaboration
Masa Kituyi, Roam’s Product Manager, highlighted the historic milestone for the Roam Air, pointing out that African innovation can thrive.
Thinus Booysen, professor of Engineering and founder of the Electric Mobility Laboratory at Stellenbosch University, commented that this project demonstrates the [potential of sustainable electric mobility](https://noticiasambientales.com/energia/por-que-elegir-una-bicicleta-electrica-6-razones-para-hacerlo/) in sub-Saharan Africa, despite the challenges.
The journey of the Roam Air is an example of how technology and local innovation can generate viable and sustainable solutions for mobility needs.
The Roam Air stands out for its adaptation to Africa’s specific conditions and its focus on **accessibility and energy efficiency**. This milestone inspires a future where sustainable mobility is a reality worldwide, especially in regions with limited resources.
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