By Warren Ondanje and Yvonne Nasimiyu
Summary
Toyota’s UK fleet whitepaper sets out a multi-path electrification strategy: hybrids, plug-in hybrids, battery electric, and hydrogen vehicles. It is a coherent response to the constraints of a mature European market. But Africa is not a mature market. It is a market being built from the ground up, with 43 to 73 vehicles per 1,000 people, compared with a global average of 300. The decisions made now will shape transport systems for decades. Recycling a strategy designed for legacy markets into African fleet policy is not pragmatism. It risks being a strategic error.
Toyota is one of the most trusted automotive brands on the African continent, and that trust is earned. For decades, its vehicles, distributed across many African markets through CFAO Mobility, a subsidiary of Toyota Tsusho Corporation, and through Moenco in Ethiopia, have served governments, NGOs, logistics operators and corporates in conditions where durability matters more than prestige. That legacy is precisely why African fleet managers, investors, and policymakers should engage critically with Toyota’s recent strategic thinking on electrification, rather than simply adopt it.
Toyota’s UK fleet whitepaper makes a carefully reasoned case for a multi-path approach to decarbonisation, combining hybrids, plug-in hybrids (PHEVs), battery electric vehicles (BEVs), and hydrogen fuel cell vehicles. For UK fleet managers navigating ZEV mandates, legacy infrastructure and complex tax regimes, the argument holds. But Africa is structurally different. And two things are happening simultaneously that African institutions cannot afford to ignore: the EV competitive landscape is shifting fast, and Africa’s own distributors are already reading the signal.
The Distributor Is Already Placing Its Bets
Here is something worth sitting with. CFAO Mobility, Toyota Tsusho’s African distribution arm and the company responsible for selling Toyota vehicles across much of the continent, is now also the primary distributor of BYD electric vehicles across East and West Africa. BYD launched in Kenya through CFAO’s Loxea brand at the Toyota-CFAO showroom in Nairobi. It opened East Africa’s first BYD dealership in Kigali through CFAO Mobility Rwanda. It has since entered Nigeria, Gabon, Benin and Zambia through the same CFAO network. In 17 African countries and counting, BYD is scaling on the infrastructure that Toyota Tsusho built.
This is not a coincidence. It’s a signal. CFAO is a commercial operator and is diversifying its EV portfolio as the market signals demand. Toyota itself is featured in this ecosystem primarily through its ICE and hybrid models. In the purpose-built BEV segment, it is conspicuously absent. For African institutions writing 10-year fleet strategies today, the question is not whether their distributor will eventually offer them a competitive Toyota BEV. The question is whether they can afford to wait.
Africa’s Fleets Are Being Built, Not Replaced
Toyota’s whitepaper was written for a market where fleets are being replaced. The UK has 603 vehicles per 1,000 people. Africa averages 43 to 73 vehicles per 1,000 people, compared with a global average of 300. Africa’s fleet is projected to double by 2050 as economies grow and the middle class expands. That means the majority of vehicles on African roads in 2035 have not yet been purchased. Every procurement decision made today is not a replacement. It is a foundational choice that will shape energy demand, maintenance ecosystems, and emissions profiles for the next 15 to 20 years.
Embedding hybrid and PHEV technology into that foundation extends fossil fuel dependency at precisely the moment when Africa can avoid it. Kenya spends USD 4.7 billion annually on petroleum imports. Ethiopia spends approximately USD 4 billion, so significant that it was a primary driver behind Ethiopia becoming the first country in the world to effectively ban fossil fuel vehicle imports in 2024. Across the continent, the IEA estimates that USD 70 billion of Africa’s annual energy spend goes to fossil fuels. And this is before accounting for the geopolitical dimension: attacks on Red Sea shipping in 2024 and the ongoing ripple effects of the Russia-Ukraine and USA-Israel-Iran conflicts on global fuel prices are not abstract risks for African operators. They translate directly into budget volatility and supply disruption. A multi-fuel strategy is not a hedge against this exposure. It is this exposure.
Infrastructure as Opportunity, Not Obstacle
Toyota’s whitepaper positions limited charging infrastructure as a reason to maintain multiple fuel pathways. This is a reasonable position for a dispersed consumer vehicle market.
It is the wrong frame for Africa’s most electrifiable fleet segments.
Urban bus rapid transit, municipal fleets, logistics operators, corporate shuttles, and last-mile delivery services all share critical operational characteristics: fixed routes, centralised depots, and predictable energy demand. These segments do not require dense public charging networks. They require depot-based charging infrastructure, a far more tractable investment. Dakar’s all-electric BRT, Africa’s first, now serves 300,000 passengers daily. BasiGo has deployed 100 electric buses in Kenya and raised USD 42 million to scale to 1,000. These are not pilots, but proof that full electrification in African depot-based fleet segments is already beyond aspiration and into operation.
Africa’s relative lack of entrenched infrastructure is not a reason for caution. It is a structural invitation to build correctly from the start, without inheriting the legacy constraints that make Toyota’s multi-fuel argument necessary in Europe.
The Brand You Trust Today May Not Win Tomorrow
There is a harder conversation that African fleet managers and institutional investors need to have about Toyota’s competitive position in the segments that matter most.
In 2025, Toyota will remain the world’s largest automaker by volume. But in the pure battery electric segment, it is a marginal player. Its global BEV share remains a fraction of total sales, and its most affordable BEV for African markets has not yet launched. Meanwhile, BYD sold over 4.3 million vehicles in 2024, a 40% year-on-year increase, and has stopped producing traditional internal combustion vehicles entirely, focusing exclusively on plug-in hybrids and BEVs. In South Africa, BYD holds 15% of the EV market and has expanded to six models by mid-2025. In Kenya, electric motorcycles accounted for 15.3% of new motorcycle registrations in 2025, up from near zero three years earlier. Chinese manufacturers’ share of Africa’s automotive market has increased from 2% to 9% between 2019 and 2024.
Toyota’s competitive response in Africa, channelled through CFAO’s distribution of BYD rather than Toyota’s own BEV lineup, tells its own story. The company that has dominated African automotive procurement for a generation is not currently the company leading Africa’s electric transition. African institutions making procurement decisions with 10- to 15-year asset lifespans should build those decisions around use cases, total cost of ownership, and energy strategy, and not historical brand loyalty.
On Affordability: The Market Is Innovating Around It
The most common counterargument to African fleet electrification is cost. It is a fair concern and deserves a direct response. Toyota sells ICE and hybrid vehicles primarily in Africa, and a significant reason is that its current BEV lineup is priced for European incomes. This is real. But it is not a reason to default to hybrids indefinitely. It is a reason to understand the financial models that are already making high-quality EVs accessible on the continent.
Africa is not a traditional automotive market, and it should not be approached with traditional financing models. The most consequential innovation happening right now is not in the vehicles, but in how they are paid for. Battery as a Service (BaaS) separates the cost of the battery, the most expensive component of any EV, from vehicle ownership entirely. Operators likeSpiro, Ampersand, and BasiGo retain battery ownership while drivers pay daily or per-kilometre subscription fees that are often lower than equivalent fuel costs for ICE vehicles. This converts a prohibitive capital expenditure into a manageable operational one, and removes the single biggest barrier to bank lending on EVs: battery depreciation risk.
The results are already visible. In Kenya, driving 100km in an electric light-duty vehicle costs up to 83% less than an ICE equivalent. Electric buses, taxis, minibuses, and corporate fleet vehicles are selling across the continent, not to individual consumers but to the commercial and institutional operators who are the real target market for this transition. Early in 2026, African e-mobility startups secured over USD 75 million in new funding, a decisive shift toward large-scale, infrastructure-grade financing. The affordability problem is not solved, but the models being built in Africa are addressing it in ways that European OEM pricing structures were never designed to.
The Strategic Imperative
Toyota’s whitepaper offers real lessons: cost discipline, phased procurement, operational data-driven decision-making, and stakeholder alignment. These principles are not wrong. But they are answers to a different set of questions than the ones African fleet managers and investors should be asking.
The right questions are:
- Which segments of our fleet are already viable for full BEV electrification today?
- What does a 15-year total cost of ownership model say when energy efficiency, fuel price risk, and geopolitical supply disruption are fully priced in?
- What does our distributor’s own product portfolio diversification tell us about where the market is heading?
- And what financial structures (e.g. BaaS, pay-as-you-go, fleet subscription models) make high-quality EV procurement viable without waiting for European-priced BEVs to come down?
Africa has a genuine and time-limited opportunity to build mobility systems that are efficient, resilient, domestically energised, and aligned with where global technology is heading. That opportunity requires ambition paired with rigour, and not a cautious adoption of strategies calibrated for legacy markets with very different constraints, different fleet lifespans, and a very different competitive landscape.
The brand that dominates African procurement today is not necessarily the brand that will offer the strongest electric value proposition in 2028 or 2032. African institutions that understand this and act on it now will not just be ahead of the curve. They will have built the curve.
Supporting the Transition
Navigating this transition requires more than strategy documents. It demands technical literacy, procurement rigour, and an understanding of how global EV market dynamics translate into specific African operating contexts. The AfEMA E-Mobility Accelerator equips fleet managers, corporate leaders, and institutional decision-makers with exactly this: the frameworks, data, and practical tools to lead e-mobility transitions with confidence. For organisations ready to move from intention to implementation, the Accelerator is the structured entry point that the transition requires.