The electric-truck transition is several races at once

On a steel-hauling corridor in northern China, a heavy tractor pulls into a bay, drops a spent battery pack, takes on a charged one, and is back on the road inside minutes. A thousand-kilometre lane across the German-Polish border runs on diesel, and will for years yet. In a Delhi depot, a row of city buses charges overnight against a state subsidy that covers most of the bill. Three vehicles, three clocks. The electric commercial-vehicle transition is usually described as a single race. It is really several, run on different tracks, and the field is already sorting into leaders and laggards by segment and, above all, by region.

01Not one race but several

The scale is worth stating plainly. Around 440,000 electric trucks were sold worldwide in 2025, roughly double the year before and about 9% of all trucks bought. [1] The split was even: 230,000 heavy freight trucks, 210,000 medium. Nearly all of them, 97%, were battery-electric rather than fuel-cell or hybrid. On its face, that is a market coming of age. Look closer and it is one country's market, with a long tail attached.

China sold more than nine in ten of those trucks. About 401,000 electric trucks left Chinese forecourts in 2025, one in four of every truck the country bought. Heavy-truck electrification reached 28%, up from 13% a year earlier; the medium segment hit 24%, from 16%. By December the monthly share was brushing 50%. [1] For a vehicle class the industry long treated as the last to electrify, that is a step change, and it happened in a single market inside a couple of years.

Europe is the next largest, and the gap is vast. Around 17,000 electric trucks sold across the continent in 2025, up 40% but still only 3% of the market; heavy trucks were barely 1.5% of sales, medium trucks 7%. [1] North America sold about 20,000. But the figure flatters: in the United States, which took 17,000 of that total, more than 95% were medium-freight delivery vans, a category padded by a single large fleet order reclassified into the medium bracket. Real heavy-freight electrification there has scarcely begun. Everywhere else (India, South-East Asia, Latin America, Africa) the combined truck total actually fell, to under 2,000. [1]

So 'who leads' has an easy answer for trucks: China, by an order of magnitude. The harder and more useful question is what the lead is in. Buses tell a different story. And within freight, the picture splits again by how far the truck has to go.

Buses are the segment nearest to solved, and the field here is broader. About 70,000 electric buses sold worldwide in 2025, 98% of them battery-electric rather than hydrogen fuel-cell. [1] China still takes the largest share, roughly 60%, but that is down from close to 100% in 2018, because everyone else has begun to scale. Within China, city buses are now essentially all-electric; only the intercity coach, with its long single runs, holds out, at around 10% zero-emission. Europe passed 12,000 electric buses, more than 12% of new bus sales, with battery-electric models above 55% of the EU city-bus market. India has become the third-largest market outright, crossing 4,000 electric buses for the first time. Latin America tripled its sales past 3,000 and overtook the United States, where electric-bus sales fell 40% in the same year. [1]

02Where the money crosses over

The answer is arithmetic, not range anxiety or charger counts, though both matter. An electric truck costs two to three times its diesel equivalent to buy. [1] That premium has to be earned back out of what the truck saves on every kilometre it runs: cheaper energy, lower maintenance, and, in Europe, an exemption from part of the distance-based road toll. The more kilometres a truck covers, and the shorter each run, the sooner those savings clear the premium. High-utilisation, short-haul work pays back first. Long-haul pays back last.

The ICCT, a Brussels and Washington research group, costed this for four European duty cycles. [2] An urban medium-duty truck, the 12-to-16-tonne rigid that works a city all day, carries a battery premium of about €74,000 over diesel, but saves enough per kilometre to clear it comfortably inside a first owner's tenure. A regional heavy truck, at roughly €102,000, takes longer. A long-haul tractor running to a depot each night carries a premium above €200,000; a cross-border tractor, close to €281,000. Those two repay only across the long life of the vehicle, not within the years a first operator tends to keep it.

We put the ICCT's own inputs (retail prices, energy and toll rates, fuel and electricity consumption, annual mileage) through a simple payback model, counting only the energy, maintenance and toll savings that unambiguously favour the electric truck. The crossover it produces is stark.

The distance is the fundamental figure; the number of years depends on how hard the truck is worked. Dividing each break-even distance by how far that class drives in a year, the ICCT's five-year average, turns kilometres into time: about four and a half years for the urban truck, more than eight for the cross-border tractor. [2] It is a hard test, harder than the headline parity year: by ignoring resale value, financing and the steady fall in battery prices, it asks fuel savings alone to clear the premium. Fold those back in, as the ICCT's full accounting does, and the short-haul classes reach cost parity, the point where the electric truck is no dearer to own over its life, today, and the long-haul ones by 2025 or 2026. The wider literature agrees on the gradient: the shortest urban duty is already the cheaper buy, and long-haul is the last to flip, around the end of the decade. [3][4] The order never changes. The transition arrives segment by segment, outward from the depot, on the same schedule wherever the duty cycle is the same.

Buses escape the trap by construction. A city bus runs high mileage on a fixed route and is usually bought with public money, so the premium is smaller in relative terms and often paid down by subsidy rather than by fuel savings alone. That is why the bus is the segment already decided, while the long-haul truck's case still turns on the payback maths.

The electric truck does not win or lose as a category. It wins one duty cycle at a time, wherever high mileage and short runs let the fuel savings outrun the price.

03The policy multiplier

If cost sets the order in which segments convert, policy sets the pace — and it is where the regional gap widens into a gulf. China did not reach a 25% truck share on price alone. A national scrappage scheme pays up to about US$20,000 to retire an old diesel and buy clean; the steel and cement corridors that carry much of the country's freight are short, heavy and predictable, the exact duty cycle that pays back fastest; and successive emissions standards have pushed makers to build electric at volume. [1] The effect compounds. In 2025, for the first time, electric trucks outsold liquefied-natural-gas trucks in China, more than a quarter of the market against 15%. The country now runs both the world's largest electric heavy-truck fleet and its largest gas heavy-truck fleet, each above a million vehicles. [1]

Europe's main lever is regulatory rather than fiscal. Heavy-duty CO₂ standards took effect in 2025, cutting fleet-average emissions 15% against 2019 and tightening from there; zero-emission trucks are exempt from half the distance toll, which the payback maths shows is worth real money on a high-mileage lane; and the continent has passed 1,000 truck-only charging points, Germany alone accounting for 4,400 chargers of all kinds and the United Kingdom up 55% past 3,000. [1] It is a slower build than China's subsidy blitz, but a more durable one.

India is earlier still, and it has started with buses. Its first national truck incentive, PM E-DRIVE, arrived only in July 2025 and funds some 5,500 electric trucks — a rounding error beside China. The same programme, though, underwrites up to 14,000 buses, and a second scheme, PM-eBus SEWA, more than 38,000. [1] That division explains why India already leads on buses and trails on trucks: the money went first where the routes were fixed and the case was easiest.

North America has been running the experiment in reverse. Across 2025 California's Advanced Clean Trucks mandate was revoked and federal greenhouse-gas standards for trucks repealed; electric-bus sales fell 40%. [1] The pattern is not confined to trucks: presenting the ICCT's 2025 market monitor in May 2026, its lead author Ilma Fadhil warned that “policy uncertainty can slow the transition while risking economic competitiveness.” The American truck figure that looks respectable is, on inspection, delivery vans. Take the policy support away and the market does what the cost curve alone predicts: it stalls on everything but the shortest, lightest duty.

04The depot is the constraint

Beneath cost and policy sits a physical fact: an electric truck is only as useful as the place it charges. The segments that lead are the ones that return to a fixed base (a bus depot, a distribution centre, a mine or a steelworks) where a charger can be installed and a timetable kept. That is why city buses and urban trucks convert first, and why the cross-border tractor, which ends its day at a yard it does not control, is the hardest case in the book.

China has bought its way around part of the problem. Battery-swap stations, where a depleted pack is exchanged for a charged one in minutes, accounted for roughly 15% of the country's electric-truck sales in 2025, a design that turns the charging wait into a pit stop and keeps a high-utilisation truck earning. [1] CATL, which supplies about 80% of China's electric-truck batteries, is among its backers. Elsewhere the industry is pinning long-haul on megawatt charging, fast enough to refill a tractor inside a driver's mandated rest break — but that depends on grid connections that can take years to build.

Weight is the quieter constraint. A battery big enough for a long run eats into payload, and freight is paid by the tonne. Regulators have begun to compensate: the EU grants zero-emission trucks an extra two tonnes of permitted weight to offset the battery, and India's own two-tonne allowance, by one estimate, pulls the payback forward by two to three years. [1] Range is easing too. The average electric bus now covers about 360 km on a charge, 15% more than in 2020, and the newest intercity models stretch further: King Long offers a 650 km coach, Volvo has shown a 700 km chassis. [1] None of it changes the order of conversion. It changes how quickly each segment reaches its turn.

05Reading the leaderboard forward

Put the three forces together and the map of what tips next becomes readable. The near-term gains are wherever a short, heavy, high-mileage duty cycle meets a fixed depot and a policy push: regional distribution, municipal fleets, port and quarry haulage. These sit at or near cost parity already, and they will convert in market after market as chargers and models arrive, with Europe and India following the pattern China set, not because of any one manufacturer but because the arithmetic is identical everywhere.

The frontier is long-haul freight, and it will fall last, on the slowest clock. Its premium is the largest, its payback the longest, its charging problem unsolved away from base. It waits on cheaper batteries, on megawatt charging built out along the trunk routes, and on grid capacity to feed it. The bus market, by contrast, is close to decided; the open question there is the intercity coach, the one bus that shares a long-haul truck's problem.

None of this is a verdict on any company. Read at the level of the industry, the pattern is nearly mechanical. Cost decides the order, policy decides the pace, and the depot decides whether the vehicle can plug in at all. Where the three align, the segment converts, and quickly. Where they do not, it holds on diesel — whatever the headline sales figure says.