Leapmotor Uses Stellantis Spain Plant to Sidestep EU EV Tariffs
Chinese EV maker Leapmotor will begin building cars at a Stellantis plant in Spain, sidestepping EU import tariffs and reshaping the global EV competition.
Thirty years ago, a Japanese carmaker opening a factory in England rewrote what “local” meant for the global auto industry. Something similar is happening now, quietly, at a plant in northeastern Spain, and the implications stretch all the way to India’s own electric vehicle ambitions.
Leapmotor, one of China’s fastest-growing electric vehicle companies, will begin assembling cars at a Stellantis facility in Zaragoza this year. The plant, located in the Figueruelas industrial zone, had already been earmarked for Opel production. Now it will also roll out Leapmotor-technology vehicles under Opel branding, including a fully electric compact SUV and a smaller B10 model. This is not a future plan. Stellantis confirmed production could begin as early as 2026.
The move is the clearest sign yet that Chinese EV makers are serious about Europe, and that they have found a smarter way in than anyone expected.
The tariff wall and the work-around
The European Union imposed steep additional tariffs on Chinese-made electric vehicles last year, citing unfair subsidies. The extra duties, ranging from around 17 to 35 percent on top of the standard 10 percent, were designed to protect European manufacturers. They have not stopped Chinese ambition. They have redirected it.
By assembling cars inside Europe, Leapmotor sidesteps the tariff problem entirely. A car built in Spain is a European car for customs purposes. Consumers get the price advantage of Chinese manufacturing know-how without the import surcharge. It is a playbook that is straightforward in concept but requires exactly the kind of deep partnership that Leapmotor has cultivated with Stellantis.
Stellantis owns a 21 percent stake in Leapmotor. The two companies formed a joint venture called Leapmotor International in 2023, with Stellantis holding the majority 51 percent share. This gives the European giant control of the venture while Leapmotor supplies the technology and the appetite for growth. Gao Shen, an independent analyst based in Shanghai, put it plainly: Leapmotor needs Stellantis to unlock localisation in markets like Europe. Stellantis needs Chinese EV technologies to stay competitive.
That mutual dependency is what makes this deal different from a standard outsourcing arrangement. Both sides have genuine skin in the game.
Why Spain, why now
The Figueruelas plant near Zaragoza has been a major Opel and General Motors facility since the 1980s. Stellantis acquired it through its purchase of Opel from GM in 2017. It already has the tooling, the workforce, and the logistics infrastructure for mass car production.
Adding a Leapmotor line at an existing facility is far cheaper and faster than building a greenfield factory. Stellantis can also spread fixed costs across more models, which improves the economics for both the Opel vehicles and the Leapmotor ones. Consumers should eventually feel this as lower sticker prices.
Leapmotor’s preparation for this moment has been methodical. Less than two months before this announcement, the company opened its first overseas research and development centre in Munich. That facility exists specifically to adapt Leapmotor’s Chinese-designed vehicles for European safety standards, consumer preferences, and charging infrastructure. You do not open an R&D hub in Germany unless you are serious about Europe as a market, not just an export destination.
What the Indian auto industry is watching
India’s relationship with Chinese electric vehicles is complicated. The government has been cautious about allowing Chinese automakers direct access to the Indian market, citing security and economic concerns. BYD, the world’s largest EV seller, has had its India investment plans stuck in regulatory limbo for years.
But the Leapmotor-Stellantis model offers a different template. If a Chinese EV maker can enter a protected market by partnering with a local industrial heavyweight, adjusting manufacturing to domestic conditions, and pricing aggressively, that same playbook is theoretically available in India too.
Indian automakers, particularly Tata Motors and Mahindra, have been investing heavily in their own EV platforms. Tata’s Punch EV and Nexon EV have sold well domestically. Mahindra’s BE and XEV series are generating significant pre-order interest. But both companies have European ambitions. Tata Motors already owns Jaguar Land Rover, which gives it a European sales and service network that few Indian companies have.
The question is whether an Indian EV brand could ever pull off the reverse of what Leapmotor is doing: partner with a European manufacturer to enter European markets as an affordable alternative, bringing Indian cost advantages to bear. It is not a near-term reality. But it is no longer an absurd idea.
The bigger picture on global EV competition
What is unfolding in Zaragoza is a microcosm of a shift that will define the global auto industry for the next decade. The old model, where a Western carmaker designed, built, and sold vehicles to its home market and then exported to the rest of the world, is breaking down on multiple fronts.
Chinese companies grew fast behind protected domestic walls, developed genuine technology advantages in battery management and cost efficiency, and are now using those advantages to enter global markets through partnerships rather than pure exports. Europe is their proving ground. If they succeed there, every other major market, including India, will face the same calculus.
For ordinary car buyers in Europe, the short-term effect is positive: more competitive pricing on electric SUVs, which have historically been expensive. A Leapmotor-derived Opel with European assembly credentials could push the accessible EV price point down by a meaningful margin.
For Indian buyers, the effect is indirect but real. If Chinese technology flowing through European partnerships makes global EV manufacturing more efficient, component costs fall across the board. India’s own EV supply chain benefits from that. Battery cells, motors, power electronics: all of these get cheaper when more players produce them at scale.
The Zaragoza plant will start production this year. By the time the first cars roll off that line, every carmaker that has been watching from the sidelines will have run the numbers on whether they need a similar deal. The answer, for most of them, will be yes.