Spiro, the Equitane-backed electric motorcycle company that runs Africa’s largest e-mobility fleet, has acquired UK engineering and design firm Coexlion for an undisclosed sum. The deal, announced this week, comes with a notable commitment: Spiro will use Coexlion’s engineers and intellectual property to set up its first African research and development centre in Nairobi.

That single line is the most important part of this story. For years, Kenya’s electric motorcycle industry has been an assembly story, not an engineering one. Bikes arrive as completely-knocked-down (CKD) kits from China, get bolted together in industrial parks off Mombasa Road, and go out to boda boda riders in Kibera, Eastleigh, and beyond. Almost nothing about the bike itself is designed for Kenyan roads, Kenyan riders, or Kenyan weather. Spiro is now saying it wants to change that, starting with the company that knows how to do it.

Who is Coexlion, and why does this matter?

Coexlion is a small but well-connected engineering consultancy registered in the UK Midlands, with offices in Bangalore, India, and a presence in Kenya. The firm specialises in motorcycle and scooter engineering — chassis and frame development, vehicle integration, reliability engineering, battery systems, and industrial design. According to its own materials, its team has worked on EV programmes at Ather Energy, Ola Electric, and Arc Vehicle, three of the most prominent electric two-wheeler brands in India and the UK. Founders and senior staff have prior careers at Triumph, Hero MotoCorp, and other established motorcycle makers.

In plain terms: Spiro has not bought a factory or a battery patent. It has bought a team of people who know how to take an electric motorcycle from a sketch to a production line, and how to fix the engineering problems that show up between those two stages. India is the world’s largest two-wheeler market, and Coexlion’s engineers have spent years on the kinds of cost, durability, and ride-quality trade-offs that are very similar to the ones Kenyan and Nigerian boda boda fleets face.

This is the gap that has held Kenya’s EV sector back. As we explained when riders revolted against Spiro in December last year, even the country’s biggest e-mobility player has been operating on a business model imported from elsewhere, with hardware imported from elsewhere, and software written elsewhere. Local engineering input has been minimal.

What an R&D centre actually changes

A research and development centre is not a marketing line. It is the place where engineers test whether a battery pack survives 40°C heat in Mombasa or a wet, dusty potholed road in Bungoma. It is where chassis are stress-tested for the kind of load a rider carries with two passengers, a sack of cabbages, and a jerrycan. It is where firmware is rewritten so the dashboard speaks Swahili and the throttle map suits stop-start city traffic instead of an Indian expressway.

Gagan Gupta, Spiro’s founder, framed the deal in exactly those terms. “Our ambition is not only to manufacture in Africa, but also to progressively own and develop the engineering, design, and product capabilities behind our vehicles,” he said in a statement. He confirmed the Coexlion acquisition would lead to the Nairobi R&D centre, but did not give a timeline, budget, or list of partner universities or government agencies.

That is the honest gap in the announcement. Spiro has told the market what it intends to do, not when, where exactly in Nairobi, or how many engineers it will hire. Those details will determine whether this becomes a genuine engineering capability or a relabelled assembly line.

The numbers behind the bet

Spiro is making this move from a position of scale. The company says it has more than 100,000 electric motorcycles on African roads and operates over 2,500 battery-swapping stations across its six markets: Kenya, Uganda, Rwanda, Nigeria, Togo, and Benin. The Nairobi assembly plant on Mombasa Road, opened in 2024, has an annual production capacity of up to 50,000 electric motorcycles. (For context, Spiro’s own operational reports earlier this year suggested a deployed fleet closer to 34,000 across its East African markets, with the 100,000 figure being a near-term ambition — so the latest claim is at the upper end of what is verifiable.)

It is also making the move into a still-young Kenyan EV market. According to the Electric Mobility Association of Kenya (EMAK), Kenya had 14,570 registered electric vehicles by the end of 2024, of which 8,097 were electric motorcycles. The Ministry of Roads and Transport puts the cumulative figure at 39,324 EVs as of 2025, with boda bodas making up the bulk of the growth. Different bodies count differently, but the direction is unambiguous: electric two-wheelers are the only segment of Kenya’s EV market that is actually scaling.

And it is making the move three months after raising USD 50 million (about KES 6.5 billion) in debt from Afreximbank, Nithio, and the Africa Go Green Fund to expand its swap-station network. The capital is there. The acquisition signals where some of it is going.

What to actually watch

A few things will tell us whether this is a real shift or a press release.

First, does Spiro file local patents and product designs out of Nairobi? Genuine R&D produces intellectual property, and IP filings are public. If Kenyan-designed components start appearing, that is a measurable change.

Second, does the company hire Kenyan engineers in meaningful numbers, or import the Coexlion team and rebadge them as “African R&D”? Spiro already runs the Spiro Academy on Mombasa Road for assembly training; an R&D centre needs a different and more senior talent pool.

Third, do bikes designed in Nairobi actually reach riders, and do they fix the complaints that blew up around the company in late 2025? Battery lockouts, remote disabling, and rigid lease terms are software and business-model problems, not just hardware ones. A real R&D centre should be able to address both.

Spiro is the largest electric mobility operator on the continent, and Kenya is its operational headquarters. Moving design and engineering capability here is overdue, and the Coexlion acquisition is the most concrete step in that direction the company has taken so far. What matters now is whether the Nairobi centre opens, who staffs it, and what comes out of it.