Electric two-wheelers are quietly transforming urban mobility
By Raphael Ondimu
Electric motorbikes and e-bikes are moving beyond pilot projects to become a pragmatic pathway for decarbonising last-mile transport in Africa. The technology aligns with the continent’s travel patterns, short, frequent journeys served overwhelmingly by two-, and with nascent manufacturing and battery-service business models. But scaling will depend less on batteries and more on finance, regulation and after-sales systems that match the realities of informal riders.
Market growth: fast from a low base
Motorcycles have exploded across sub-Saharan Africa over the past decade. Recent research estimates roughly 27 million registered motorcycles in the region, up from under five million in 2010, most used as commercial taxis or for deliveries. That fleet underpins livelihoods across urban and peri-urban markets and explains why electrification of two-wheelers is viewed as a high-impact opportunity.
Global statistics show two- and three-wheelers are the most rapidly electrifying road segment worldwide; while Asia leads adoption, sales of electric 2/3-wheelers reached millions annually and continue to climb, indicating technology maturity that can translate to African markets with the right local conditions.
A cluster of African operators and assemblers, including Ampersand, Roam, Ecobodaa and newer entrants such as Spiro, are moving from demonstration to scale. Ampersand reports large increases in assembly capacity and expanded fleet operations across Rwanda and Kenya; Roam has grown manufacturing and announced new finance partnerships; and Ecobodaa’s early trials exposed the central role of battery-service and financing models for low-income riders. These companies illustrate the range of commercial approaches from lease-to-own to battery-as-a-service.
Environmental and public-health case
Switching petrol motorcycles to electric removes tailpipe emissions and reduces noise — two local public-health wins. UNEP and national studies note motorcycles contribute disproportionally to urban air pollution in African cities; electrification therefore has immediate local benefits beyond climate metrics. Where grids are clean, the climate case strengthens: Kenya’s generation mix is heavily weighted towards geothermal, hydro and wind, meaning electric charging delivers comparatively low lifecycle emissions. Policymakers and municipal planners have highlighted air-quality improvements in trial cities as a key justification for supporting electrification.
Case studies and commercial evidence
Ampersand (Rwanda, Kenya). The Kigali-born company has combined vehicle assembly with a battery-swap network and rent-to-own contracts. It reports high utilisation across its fleets and has scaled assembly capacity to meet growing demand; independent analyses and partner reports note the company’s emphasis on matching finance to rider cash flows as central to adoption.
Roam (Kenya). Roam has invested heavily in a Nairobi assembly plant and in pay-as-you-go financing for riders. The firm’s public updates highlight partnerships with local financiers and development funds to reduce upfront costs for riders and expand distribution. Roam’s approach is illustrative of vertically integrated strategies that combine manufacturing, asset finance and service networks.
Ecobodaa (Kenya / Uganda). Early trials by Ecobodaa revealed a stark reality: many riders, who may earn only a few dollars a day, struggle to absorb even modest upfront battery or vehicle costs. The start-up pivoted to lease and battery-swap models and has worked with impact funders to test more inclusive payment plans. Such field evidence underscores that total-cost-of-ownership arguments must be translated into cash-flow solutions for informal workers.
Spiro (pan-Africa). Recent reporting indicates sizeable capital flows into large manufacturers operating across multiple markets, signalling investor confidence — but also a capital-intensive escalation that raises questions about long-term unit economics and maintenance regimes. Large fundraisings can accelerate roll-out but also concentrate risk if after-sales networks and battery recycling systems lag.
Adoption challenges: finance, batteries, policy and grids
Four constraints recur across markets.
1. Upfront cost and accessible finance. Electric two-wheelers often carry 30–50% higher purchase prices than petrol equivalents. For riders earning small daily incomes, reduced running costs are irrelevant without finance structures that spread capital requirements or convert them into predictable daily payments. Many companies use lease-to-own or pay-as-you-go models; investors must underwrite the collection and operational risks that accompany those products.
2. Battery-service ecosystems. Battery swapping reduces charging downtime and circumvents weak grids, but it requires a dense, interoperable network and standards for cell packs. Proprietary battery formats risk vendor lock-in and increase switching costs for riders. Industry analysts flag standardisation as a sector priority.
3. Regulation and tax treatment. Import duties, unclear homologation procedures and inconsistent VAT policies on electric vehicles and components inflate costs or delay market entry. Where governments have introduced supportive tax incentives and streamlined approvals, adoption has accelerated. Clear policy signals are a multiplier for private capital.
4. Grid reliability outside leading markets. Kenya’s generally renewable grid is an advantage, but many African markets face intermittency that forces operators to pair battery-swap stations with solar or diesel backup – raising capital intensity and complicating unit economics.
Voices from the field
“Technology is not the bottleneck — it is how you structure finance and service for real riders,” says a senior operator in East Africa. Field interviews and company reports repeatedly emphasise that matching cash flows, not reducing per-kilometre energy costs on paper, determines whether a rider shifts to electric. (See Ampersand, Ecobodaa and Roam disclosures
Policy implications and what investors should look for
Policymakers should prioritise harmonised standards for batteries and incentives that reward local assembly and end-of-life battery management. Development financiers can have outsized impact by underwriting first-loss facilities for receivables and supporting interoperable battery-service infrastructure. For investors, the most defensible bets combine manufacturing or fleet assets with deep distribution and local financing arrangements – and a clear plan for battery recycling.
Conclusion
Electric two-wheelers are among the most promising short-term opportunities to deliver cleaner, quieter and more productive last-mile mobility in African cities. The technology is proven; the commercial pathway requires patient capital, interoperable battery ecosystems and policy clarity. If those elements align, electrification of two-wheelers could deliver a rare win that advances climate goals while protecting and enhancing informal livelihoods.
Selected sources
FIA Foundation, The wheels of change: motorcycle growth in sub-Saharan Africa; IEA, Global EV Outlook; EPRA Kenya, Energy & Petroleum Statistics Report 2024/25; UNEP reporting on electric motorcycles in Kenya; Ampersand, Roam and Ecobodaa company reports and field studies; Africa E-Mobility Report 2025; Financial Times coverage of Spiro funding.
