For an electric motorcycle to replace a petrol bike, being cheaper to run is not enough. A rider also needs to know that when the battery runs low, getting back on the road will be quick and easy. That is the problem battery swapping is beginning to solve in Kenya.
Instead of asking commercial riders to stop working for hours while their motorcycles charge, swapping allows them to exchange an empty battery for a charged one within minutes. As electric motorcycles spread, the stations behind them are becoming as important as the bikes themselves.
Swapping makes electric motorcycle practical
Battery swapping works much like refuelling. When the battery is running low, the rider goes to a swap station, removes the depleted battery and exchanges it for one that has already been charged. The empty battery stays behind to recharge for another customer.
For a boda boda rider, the biggest benefit is time. Ampersand says a rider can exchange a battery in less than two minutes, while ARC Ride's automated cabinets can complete a swap in under 60 seconds. That makes replenishing an electric motorcycle much closer to stopping for petrol than waiting several hours for a conventional recharge.
This matters because time off the road is also lost income. As we explain in our guide to battery swapping versus home charging, someone using a motorcycle occasionally may be happy to charge overnight at home, but a rider completing passenger or delivery trips throughout the day needs a way to keep moving.
Battery swapping is therefore not simply a different way of charging a bike. It is infrastructure designed around how commercial motorcycles are actually used.
Kenya's network is spreading
A few years ago, an electric motorcycle rider in Kenya had relatively few places to exchange a battery. That is changing quickly as competing operators build networks across Nairobi and increasingly beyond the capital.
As of August 2026, Spiro has deployed more than 450 battery-swapping stations across over 37 Kenyan counties, supporting more than 28,000 electric motorcycles and more than 6 million swaps. Its newest Westlands facility alone can hold and charge more than 200 batteries at once. In the same vein, ARC Ride operates another large network. Its current platform reports 183 automated cabinets and 13 hubs, concentrated in Nairobi and Nakuru, while the company is continuing to recruit businesses to host additional swap points.
Other networks are adding more choice for e-bike riders. A new partnership between Autopax and Kofa also launched the Cheche motorcycle in April 2026 with 12 battery-swapping stations around Nairobi. Also, M-KOPA Mobility customers using the Ampersand Turaco currently have access to 16 Ampersand swap stations across Greater Nairobi, while Spiro motorcycles financed through M-KOPA use Spiro's much broader swapping network.
The battery becomes a service
Battery swapping also changes the business model behind an electric motorcycle. With a petrol bike, the rider owns the fuel tank and buys petrol whenever it is needed. With many swapping models, the mobility company retains ownership of the expensive battery while the rider pays to access charged batteries whenever they need them. This is commonly known as Battery-as-a-Service, or BaaS.
Ampersand, for example, allows riders to use batteries from its network on demand instead of requiring the customer to buy and manage the battery pack themselves. ARC Ride similarly charges riders per swap while operating and maintaining the battery network behind the motorcycles.
For the rider, separating the battery from the motorcycle can reduce one of the biggest costs and worries of going electric. Instead of owning a battery and eventually bearing the full cost if it needs replacement, the rider pays for access to the energy service while the operator manages charging, battery health and rotation across the network.
For the operator, however, this creates a different challenge. The company must buy enough batteries, install enough stations and keep charged batteries available in the places riders actually need them. A swap network works well only when there are enough riders to keep the stations busy and enough stations to give riders confidence that a battery will be nearby. That relationship is why the bike and the infrastructure have to grow together.
Density matters as much as station numbers
Station density becomes particularly important in busy areas because a commercial rider does not experience a network as a statistic, rather, they experience the distance between where they are and the next charged battery. If a rider regularly has to travel several kilometres away from customers simply to exchange a battery, some of the time and cost advantage of electric mobility disappears. As networks become denser, riders can choose swap points that sit naturally along their working routes.
Kenya is already confronting the harder next stage: extending that convenience beyond the biggest urban markets. A July 2026 report from Business Daily Africa found that the cost of establishing swapping stations is slowing expansion into some rural areas. Spiro had attempted to use franchises to accelerate expansion, but only 64 of its then 416 stations were franchise-operated, partly because many prospective operators could not meet the upfront investment required.
There is also the question of compatibility. Battery-swapping networks are not necessarily compatible, meaning a battery designed for one operator’s motorcycle may not work with another operator’s stations. A Spiro rider cannot assume that every ARC Ride or Ampersand station will accept the same battery, which means Kenya has to develop several networks rather than one completely interchangeable national system. The next stage of scale will therefore require more than installing stations. Kenya will need networks that are reliable, economically viable to operate and increasingly easy for riders to navigate.
More bikes will require more batteries
The pressure to build that infrastructure is likely to increase quickly because Kenya's electric-motorcycle market itself is accelerating. Electric two-wheeler sales more than tripled to over 25,000 in 2025, representing around 15% of new two-wheeler registrations. The International Energy Agency (IEA) attributes much of that growth to commercial riders, for whom the lower daily energy cost of electric motorcycles creates a particularly strong economic case.
Kenya's ambition goes considerably further. The country's National Climate Change Action Plan aims to increase electric motorcycles to at least 30% of all motorcycles by 2027. The government formally launched the Electric Mobility Policy in February 2026, alongside measures including zero-rated VAT and zero excise duty for electric motorcycles and lithium-ion batteries.
The United Nations Industrial Development Organization (UNIDO) expects new assembly capacity being developed by Roam, Ampersand and Spiro to bring Kenya's potential electric-motorcycle manufacturing capacity to around 100,000 units annually. Those figures are not a guarantee that 100,000 bikes will immediately be sold every year, but they do make one thing clear: if tens of thousands more commercial motorcycles become electric, the country will need far more energy available close to where those motorcycles work. So battery stations are being built not only for today's bikes but for the larger market Kenya expects to have in coming years..
Infrastructure and financing have to scale together
A battery station is useful only if riders can afford the motorcycles that connect to it. This is where infrastructure providers and asset financiers increasingly depend on one another. Manufacturers and energy companies can build bikes, batteries and swapping networks, while financing allows riders who earn day by day to access those assets without producing the entire purchase price upfront.
We can already see that relationship through M-KOPA Mobility. We have financed more than 5,000 electric motorcycles in Kenya, working with partners such as Ampersand, Spiro and Roam so riders can choose between battery swapping and conventional charging depending on how and where they work. For riders using swap-based motorcycles, the combination matters. Financing helps them get onto the bike, while the swapping network helps them keep earning once they are on it.
The network makes scale possible
Kenya's electric-motorcycle transition will not be built by motorcycles alone. It will be built by the system around them: batteries that can be exchanged quickly, stations close enough to riders, financing that makes the bikes accessible, and standards that allow the infrastructure to grow safely.
Battery swapping is increasingly providing that missing link. Instead of asking a boda boda rider to reorganise a working day around charging an electric vehicle, the infrastructure is beginning to fit around the way the rider already works.
With M-KOPA Mobility, eligible Kenyan riders can access both swap-based and rechargeable e-bikes through flexible financing, allowing them to choose the energy model that best fits their routes and working day.
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