A price gap of 30% to 40% is large enough to reshape an entire car market, and Hyundai Motor CEO José Muñoz says that is already happening in parts of Europe. His warning comes as Chinese automakers expand internationally with lower-priced electric, hybrid and gasoline-powered vehicles while governments wrestle with how much access they should receive. North America has become one of the clearest examples of that debate. The United States maintains formidable tariff and technology barriers, Canada has reopened limited access to Chinese electric vehicles under a quota, and Mexico is already seeing Chinese brands claim a significant share of new-vehicle sales. Behind the political arguments is an uncomfortable competitive reality for established automakers: China has developed manufacturing scale, battery capacity and supply-chain economics that can make matching its prices exceptionally difficult.
Muñoz Points to Europe as a Warning for North America
Muñoz put a striking number on the competitive challenge when he said Chinese vehicles can be 30% to 40% cheaper than competing models in markets including Italy, Spain and France. The Hyundai chief was not simply comparing factory costs in China. His comments concerned vehicles actually competing in overseas markets, where Chinese manufacturers must contend with transportation costs, distribution networks and, in the European Union, additional trade barriers. Even with those obstacles, companies such as BYD, SAIC Motor, Geely and Chery have expanded rapidly enough to put established European, Korean and Japanese manufacturers under greater pricing pressure.
Europe therefore provides a useful real-world example of what established manufacturers fear could happen elsewhere. Chinese brands represented more than 9% of the European market during the first half of 2026 by some industry estimates, after commanding only a fraction of that share several years earlier. Britain has been an especially important test because it has not adopted the EU’s additional countervailing duties on Chinese-built battery-electric vehicles. Chinese-owned brands reached roughly 15% of British new-car registrations during the first half of 2026, according to industry data cited by Reuters.
Europe Has Already Tried Using Tariffs to Slow the Shift
The European Union has not left its auto market entirely open. Following an anti-subsidy investigation, Brussels imposed additional duties on battery-electric vehicles manufactured in China. The company-specific rates include 17% for BYD, 18.8% for Geely and 35.3% for SAIC, while other cooperating and non-cooperating manufacturers face different rates. The measures were introduced after the European Commission concluded that Chinese EV producers benefited from subsidies that created a threat of economic injury to European manufacturers. China has disputed accusations that its automotive industry’s success is primarily the result of unfair state support.
The measures have complicated the economics of exporting Chinese EVs into Europe, but they have not stopped Chinese brands from gaining customers. Manufacturers have responded by changing model mixes, selling more plug-in hybrids that are treated differently under trade rules and investing in European production. That adaptability matters for North America because tariffs do not necessarily eliminate a cost advantage; they can change how companies structure their operations. A manufacturer facing high import duties may instead localize assembly, establish a joint venture or source more components from the destination market. The debate therefore extends well beyond the tariff attached to a finished vehicle at the border.
China’s Cost Advantage Starts Deep Inside the Supply Chain
The International Energy Agency’s research helps explain why the price difference is difficult for established automakers to counter. The agency estimates that battery-electric vehicle production costs are more than 30% lower in China than in advanced economies. Batteries account for part of that difference, but not all of it. China has built dense networks of component manufacturers, battery suppliers, electronics companies and vehicle factories that allow automakers to purchase parts locally, shorten development cycles and operate enormous manufacturing systems at scale.
Battery economics are particularly important. The IEA reported that Chinese battery-pack prices in 2025 were about 30% lower than in North America and 35% lower than in Europe. China also accounted for more than 80% of global battery-cell manufacturing that year. Production costs for batteries in Europe and the United States, before government support is considered, can remain as much as 50% higher than in China because of differences in manufacturing efficiency, automation and component costs. Those advantages are reinforced by fierce competition among Chinese manufacturers themselves. Average battery-electric vehicle prices in China fell by more than 10% in 2025 as declining battery costs and aggressive manufacturer pricing outweighed the impact of larger batteries and growing SUV sales.
The United States Has Built More Than a Tariff Wall
Chinese EVs already face a 100% additional Section 301 tariff in the United States, a level specifically designed to make direct imports far less commercially attractive. Yet tariffs are only one part of Washington’s approach. U.S. connected-vehicle regulations also restrict vehicles and technologies linked to China or Russia because American authorities say certain connectivity and automated-driving systems could create cybersecurity and data-security risks. The restrictions begin affecting covered software and connected vehicles for the 2027 model year, while prohibitions involving certain connectivity hardware take effect later.
Those technology rules significantly complicate the idea that Chinese manufacturers could simply avoid import tariffs by assembling cars in American factories. Under the Commerce Department framework, manufacturers with a sufficient connection to China or Russia can be prohibited from selling covered connected vehicles in the United States even when those vehicles are manufactured domestically. At the same time, the political discussion remains unsettled. President Donald Trump has publicly indicated openness to Chinese automakers building factories that employ American workers, while major automotive industry groups are pressing Washington and Congress to maintain or strengthen restrictions. That leaves manufacturing investment, national security and vehicle affordability pulling policy in different directions.
Canada Has Already Moved in a Different Direction
Canada’s position changed dramatically in 2026. Ottawa had imposed a 100% surtax on Chinese-made electric vehicles in October 2024, closely aligning its policy with the United States at the time. That surtax was repealed effective March 1, 2026, following a new Canada-China trade arrangement. Canada instead established an initial annual quota allowing 49,000 Chinese EVs to enter at the regular 6.1% most-favoured-nation tariff rate. The Canadian government has described that volume as less than 3% of the country’s new-vehicle market.
The structure of the Canadian arrangement also makes affordability an explicit consideration. The quota is scheduled to grow by 6.5% annually, while an increasing share is to be reserved for lower-priced EVs. Government documents say that by the fifth year, half of the quota is expected to be allocated to vehicles with a free-on-board price of C$35,000 or less. The change does not amount to unrestricted Chinese access to Canada, but it creates a sharp contrast with the American approach. For manufacturers such as Hyundai, Canada could consequently become an important test of how Chinese vehicles compete when tariffs are reduced but volumes remain controlled.
Mexico Shows What Happens When Chinese Brands Are Already Established
The third major North American auto market offers another variation. Mexico increased tariffs on vehicles from China and other countries without free-trade agreements to as much as 50% in January 2026. Yet Chinese brands had already built substantial dealer networks and customer awareness. Sales of Chinese-brand vehicles rose nearly 30% during the first six months of 2026, reaching 137,525 units, according to Mexican dealer-association data obtained by Reuters. Their share of Mexican new-vehicle sales increased to about 17%, compared with 14% a year earlier.
Those numbers require some context. Mexican officials pointed to inventories accumulated before the higher tariffs took effect, and imports of Chinese vehicles reportedly dropped 43% during the first five months of 2026. That suggests the sales increase should not automatically be interpreted as proof that Chinese manufacturers can indefinitely absorb a 50% duty. Even so, their presence demonstrates how rapidly market dynamics can change once buyers become familiar with new brands. Mexico is also deeply integrated with U.S. and Canadian vehicle manufacturing, making the future role of Chinese capital, components and vehicle technology an increasingly sensitive issue in broader North American trade discussions.
Hyundai Is Responding With Localization as Well as Better Technology
Muñoz’s comments carry additional weight because Hyundai is not watching this competition from the sidelines. Hyundai and Kia compete directly with Chinese manufacturers across Europe, Asia and other international markets, while Hyundai also has substantial manufacturing investments in North America. At its 2026 CEO Investor Day, Hyundai said it plans to add 500,000 units of North American production capacity and increase end-part localization above 80%. Producing more vehicles and components closer to customers can reduce exposure to tariffs, shipping disruptions and currency movements while strengthening access to regional suppliers.
Hyundai is simultaneously trying to shorten its technology gap in areas where Chinese automakers have moved quickly. The company is expanding software-defined vehicle development, artificial intelligence capabilities and advanced driver-assistance technology, while working with Nvidia on systems planned for deployment before Hyundai’s own next-generation technology is ready. The challenge is not simply matching a BYD or Geely sticker price. Automakers increasingly compete on battery cost, charging speed, infotainment, software, connected services and development speed. A less expensive Chinese vehicle arriving with equipment normally reserved for a higher trim can change consumers’ definition of value even when they ultimately choose another brand.
Cheaper Cars Create a Policy Trade-Off That Has No Simple Answer
For consumers, greater competition can have an obvious attraction: lower prices. The IEA has found that relatively affordable Chinese EV imports have helped reduce electric-vehicle prices and accelerate adoption in several emerging markets. That matters at a time when many North American consumers have struggled with higher vehicle prices, financing costs and insurance expenses. Canada’s decision to reserve an increasing portion of its Chinese EV quota for vehicles priced at C$35,000 or less illustrates how governments can view imports not only through an industrial-policy lens but also through an affordability one.
The counterargument extends beyond protecting individual automakers. U.S. regulators have identified cybersecurity risks involving connected-vehicle hardware and software, while automotive industry groups argue that unrestricted Chinese competition could threaten manufacturing investment and employment. Governments must also consider supply-chain dependence in batteries, critical minerals and electronics. Those concerns do not erase the potential consumer benefits of cheaper vehicles, just as lower prices do not eliminate legitimate security or industrial questions. The three North American markets are effectively testing different answers: strict American restrictions, controlled Canadian access and a Mexican market where Chinese brands already have substantial traction. Muñoz’s 30%-to-40% figure explains why the outcome matters far beyond the showroom.
