Toyota Chairman Akio Toyoda Says the Future Will Not Be EV-Only

As much of the global automobile industry continues to frame battery-electric vehicles as the inevitable replacement for internal-combustion cars, Toyota Chairman Akio Toyoda remains one of the most influential dissenting voices.

Toyoda is not arguing that electric vehicles have no future. Toyota itself is developing new-generation EVs, batteries and dedicated electric platforms. His argument is that the automobile industry should not abandon every other technology before battery-electric vehicles become practical, affordable and environmentally beneficial across all regions.

Toyota therefore continues to follow what it calls a multi-pathway strategy. Instead of forcing every customer towards a single propulsion technology, the Japanese automaker is investing simultaneously in petrol engines, strong hybrids, plug-in hybrids, battery-electric vehicles, hydrogen fuel-cell vehicles, hydrogen-combustion engines and carbon-neutral fuels.

It is an approach that has often made Toyota appear conservative during the electric-vehicle boom. However, slowing EV growth in some mature markets, strong global demand for hybrids and continuing charging-infrastructure limitations are making Toyoda’s position increasingly difficult to dismiss.

Toyota Chairman Akio Toyoda believes carbon neutrality will require petrol engines, hybrids, EVs, hydrogen and alternative fuels rather than a single technology.

Akio Toyoda’s Emotional and Industrial Defence of the Engine

For Akio Toyoda, the internal-combustion engine is more than a mechanical component. A lifelong motorsport enthusiast who competes under the name “Morizo”, Toyoda has repeatedly spoken about the sound, response, smell and emotional character associated with engine-powered cars.

He has reportedly acknowledged feeling increasingly isolated while defending combustion engines in an industry focused heavily on electrification. However, his concerns extend far beyond enthusiast vehicles.

Toyota’s chairman has also highlighted the enormous employment ecosystem built around engine manufacturing. Automakers, component suppliers, foundries, machining specialists, transmission manufacturers, fuel-system companies, service technicians and small industrial businesses all depend on internal-combustion technology.

An abrupt transition to an all-electric industry could therefore create substantial disruption across the automotive supply chain, particularly in countries such as Japan and India, where component manufacturing supports millions of direct and indirect jobs.

Toyoda’s position is that carbon neutrality must be pursued without unnecessarily destroying industrial capabilities that could be adapted for hybrids, hydrogen engines or carbon-neutral fuels.

Toyota Is Not Anti-EV

Toyota’s cautious approach is frequently interpreted as resistance to electric vehicles. That is not entirely accurate.

The company is expanding its battery-electric portfolio and plans to introduce more EVs across Europe, North America, China, Japan and emerging markets. It is also investing in next-generation batteries, including solid-state technology, while developing vehicles designed specifically around electric architectures.

Toyota’s disagreement is with the belief that BEVs should become the only acceptable solution everywhere and within the same timeframe. Electric vehicles already make considerable sense in markets with reliable electricity, widespread charging networks, high urbanisation and supportive government policies. However, customers in developing economies, rural areas and regions with unstable electricity supplies face very different conditions.

A battery-electric car that works effectively in Norway, China or central London may not deliver the same ownership experience in rural India, Africa, Latin America or parts of Southeast Asia. Toyota believes these differences require multiple solutions rather than one globally imposed technology.

Hybrids Have Become Toyota’s Strongest Validation

The strongest commercial argument supporting Toyota’s strategy is the rapid growth of hybrid vehicles.

Toyota and Lexus sold approximately 11.3 million vehicles globally during 2025, retaining the group’s position as the world’s largest automaker for the sixth consecutive year. Hybrids represented roughly 42% of Toyota and Lexus sales, while battery-electric vehicles accounted for only about 1.9%.

In the United States, Toyota Motor North America sold more than 1.18 million electrified vehicles in 2025, representing 47% of its total sales. Toyota’s definition of electrified vehicles includes hybrids, plug-in hybrids, battery EVs and fuel-cell vehicles, but conventional hybrids contribute the overwhelming majority.

Models such as the RAV4 Hybrid, Camry Hybrid, Corolla Hybrid, Sienna, Prius and several Lexus hybrids have enabled customers to reduce fuel consumption without depending completely on public charging.

Demand has become so strong that hybrid availability has remained constrained in several countries. Toyota is consequently preparing to expand hybrid production substantially, indicating that the technology is no longer merely a temporary niche between petrol vehicles and EVs.

Instead, hybrids are emerging as a major powertrain category in their own right.

Toyota’s Carbon Argument: Reduce Emissions at Scale

Toyota believes the real objective should be reducing total carbon emissions rather than maximising the number of battery-electric vehicles sold.

Battery production requires lithium, nickel, cobalt, graphite and significant manufacturing energy. Where battery materials remain constrained, Toyota argues that distributing smaller batteries across a large number of hybrids may reduce overall fleet emissions faster than installing one large battery in a single premium EV.

This does not mean a hybrid is cleaner than an EV under every operating condition. A battery-electric vehicle charged predominantly using renewable electricity can deliver significantly lower lifetime emissions.

Toyota’s argument is based on scale and regional realities. In countries where electricity is generated mainly from coal, charging infrastructure is underdeveloped and new vehicles must remain affordable, replacing inefficient petrol vehicles with fuel-efficient hybrids could produce faster near-term carbon reductions.

The effectiveness of each technology therefore depends on the electricity grid, vehicle usage, battery size, manufacturing emissions and the availability of charging infrastructure.

New Engines Are Being Developed for an Electrified Era

Toyota’s continued investment in engines does not mean it expects conventional petrol-only vehicles to remain unchanged indefinitely.

The company has been developing a new generation of compact and highly efficient engines designed primarily to work with electrified powertrains. These engines could be used in hybrids and plug-in hybrids while potentially supporting hydrogen or carbon-neutral synthetic fuels.

This represents an important distinction. Toyota is not necessarily protecting the traditional engine-only automobile; it is protecting the engine as one component of a broader low-carbon propulsion system.

Future Toyota vehicles may therefore combine smaller engines with electric motors, batteries, advanced transmissions and alternative fuels. Such configurations could deliver substantial emission reductions while requiring smaller and more affordable battery packs than equivalent BEVs.

Hydrogen Keeps the Engine Alive

Hydrogen represents another important element of Toyoda’s strategy.

Toyota has spent several years developing hydrogen fuel-cell vehicles, led by the Mirai. At the same time, Toyota Gazoo Racing has tested hydrogen-combustion engines in motorsport.

A hydrogen-combustion engine retains familiar engine characteristics while producing almost no carbon dioxide from the fuel itself. However, challenges remain, including hydrogen production emissions, storage, efficiency, cost and the lack of refuelling infrastructure.

Toyota does not present hydrogen combustion as an immediate mass-market replacement for petrol. Instead, racing allows engineers to improve durability, combustion stability, storage systems and refuelling technology under demanding conditions.

Hydrogen engines may eventually become suitable for commercial vehicles, motorsport, industrial equipment or specific regions where hydrogen production and distribution are available.

Toyota’s Strategy Is Not Without Risk

Toyota’s multi-pathway approach has delivered strong hybrid sales, but it also carries significant risks.

China has emerged as the world’s largest EV market, supported by rapidly expanding domestic manufacturers such as BYD, Geely and Xiaomi. These companies are increasingly competing on battery technology, software, connected features and aggressive pricing.

Toyota cannot afford to fall too far behind in dedicated EV platforms, battery costs or software-defined vehicle development. Strong hybrid demand today does not guarantee that customers will continue preferring hybrids once EV prices decline, charging becomes faster and infrastructure expands.

The company must therefore manage a complex balancing act. It needs to maximise its current advantage in hybrids while accelerating EV development sufficiently to remain competitive in markets that are moving rapidly towards full electrification. The danger is not Toyota retaining engines. The danger would be Toyota allowing the profitability of hybrids to delay necessary investments in technologies that may dominate future markets.

Why Toyota’s Thinking Is Highly Relevant to India

India illustrates why Toyota’s multi-pathway philosophy deserves serious consideration.

The country faces significant constraints in charging availability, residential parking, electricity generation, vehicle affordability and battery-material dependence. While EV adoption is growing rapidly in scooters, three-wheelers, fleet vehicles and selected passenger-car segments, an immediate transition to battery-electric cars across the entire market remains difficult.

Strong hybrids can reduce fuel consumption and urban emissions without requiring drivers to change their refuelling habits. Toyota has already demonstrated this potential through the Urban Cruiser Hyryder and Innova HyCross, while Maruti Suzuki offers related hybrid technology in the Grand Vitara and Invicto.

Toyota’s collaboration with Suzuki is particularly important. Suzuki provides access to compact, affordable vehicles and large-scale Indian manufacturing, while Toyota contributes hybrid, electrification and fuel-cell expertise. Together, the companies could potentially make electrified powertrains accessible to a wider section of Indian buyers.

India is also pursuing ethanol blending, compressed biogas, flex-fuel vehicles, hydrogen and battery electrification. The country’s transition is therefore already developing as a multi-fuel and multi-technology journey rather than a purely electric one.

However, hybrids will need supportive taxation and greater localisation to become genuinely affordable. India currently taxes strong hybrids far more heavily than small electric vehicles, limiting their price competitiveness despite their fuel-efficiency advantages.

Engines May Survive, but Their Role Will Change

The future envisioned by Akio Toyoda is not necessarily one in which petrol cars continue indefinitely in their present form.

Instead, the internal-combustion engine may evolve from being the vehicle’s sole source of propulsion into one element of an increasingly electrified system. It could operate alongside electric motors, use renewable fuels, burn hydrogen or function primarily as an efficient range extender.

Battery-electric vehicles will continue gaining importance, especially as battery costs decline and charging networks improve. But the transition will not progress at the same speed in every country, vehicle category or customer segment.

Toyota’s strategy accepts this uneven reality.

Conclusion

Akio Toyoda’s defence of the engine is often portrayed as an emotional resistance to change. In reality, it combines enthusiasm for automobiles with concerns about affordability, employment, infrastructure, battery availability and the environmental conditions of different markets.

Toyota’s record sales and accelerating hybrid demand suggest that many customers are not yet ready—or able—to move directly from petrol vehicles to battery-electric cars. Hybrids offer an immediate reduction in fuel consumption while avoiding the charging and range concerns associated with EV ownership.

That does not prove Toyota will be correct forever. The company must still accelerate its EV, battery and software capabilities to compete in markets such as China and Europe. But it does demonstrate that automotive decarbonisation is unlikely to follow a single global pathway.

For India, Toyota’s philosophy appears especially relevant. The country will need EVs, hybrids, ethanol, biogas, hydrogen and cleaner combustion technologies working together. The ultimate winner may not be the company that abandons the engine first, but the one that reduces emissions most effectively while keeping mobility practical and affordable.