China's Geely used 800 engineers and AI to create a modular EV manufacturing system; Ford is now applying it in Spain, aiming to slash development time and costs by half without building the system itself

The global automotive industry is undergoing a structural transition from traditional, single-purpose vehicle chassis to software-defined, modular architectures. Historically, developing a proprietary platform required isolated engineering of structural hardpoints, crash-structure deformation zones, and powertrain mounts—a process demanding immense capital expenditure and multi-year lead times.

By integrating Geely’s Global Energy Architecture into its Almussafes facility in Valencia, Spain, Ford is fundamentally altering its structural engineering methodology. This transition allows the automaker to decouple top-hat exterior design from core floorpan and powertrain mechanics, leveraging pre-validated mechanical interfaces to eliminate design redundancies across vehicle segments.

Geely, the Chinese company, is offering parts of the system that helped it develop vehicles at remarkable speed: engineers, modular platforms, software-heavy electrical architectures, artificial intelligence tools and manufacturing methods. That makes the story bigger than one new car. It is about whether China’s way of developing cars can become a product itself.

Ford Taps Geely’s Modular Architecture in Spain to Import China Speed

Geely’s External Collaboration Research Institute, or ECRI, was established in 2021 as a technology and engineering arm designed to work with outside companies. According to the material provided for this story, the institute already has more than 100 projects involving roughly a dozen clients, including Renault and Waymo.

Its pitch is essentially an outside engineering team that can help another automaker move from an idea to a production vehicle. The package can include vehicle development, engineering, technical consulting and access to Geely’s broader product-development system. That system reaches beyond the design studio into planning, sourcing, finance, manufacturing and sales.

ECRI currently has about 800 engineers and plans to reach 2,000 by 2030, according to the supplied report. The underlying idea is simple: a car company does not necessarily need to rebuild its entire organization to move faster if it can plug into an established development and manufacturing system. That is what makes the arrangement unusual.

Why does this change the old joint-venture model?

For decades, international automakers entering China often relied on joint ventures in which Western companies supplied vehicle technology, platforms and engineering expertise while Chinese partners provided manufacturing capacity and local market access.

Geely is now helping turn that formula around. The Chinese side is increasingly becoming the source of technology, engineering and development know-how. The established automaker can bring its brand, factories, distribution network and knowledge of its traditional markets.

It is a subtle change, but an important one. China’s auto industry is no longer simply asking Western companies to bring technology into China. Some Chinese companies are now offering their technology and development processes back to the rest of the world.

The clearest example is not Detroit. It is Valencia. In July, Ford and Geely announced plans for a Europe-focused manufacturing joint venture at Ford’s Valencia plant. Subject to regulatory approval, the venture is expected to begin operations in the first half of 2027, with new vehicles scheduled to enter production in 2028. Ford will hold 66% of the proposed company and Geely 34%.

The planned lineup shows why the partnership matters. Ford says the Valencia operation is expected to build a new multi-energy crossover and a new Bronco-family vehicle, alongside two electric Geely SUVs. Existing Kuga production will continue.

Ford says sharing production volume and factory capacity should lower the cost of vehicles built there and help the plant compete with a new global cost benchmark. The facility has potential annual capacity of about 500,000 vehicles.

So Ford is not simply buying a Chinese car and putting a Blue Oval badge on it. It is working with Geely to create a manufacturing system capable of competing in a European market where cost, software and development speed are becoming increasingly important.

Why are American automakers paying attention?

The pressure comes from the speed of Chinese competitors. Chinese automakers have spent years operating in an intensely competitive domestic market. That environment has forced companies to shorten development cycles, reuse platforms, integrate software more deeply and push suppliers to move quickly.

The result is not just cheaper vehicles. It is a different rhythm for the entire business. That is the part traditional automakers may find hardest to copy. Building a new factory or hiring more engineers does not automatically recreate a system developed over years. Geely’s ECRI approach attempts to package that system and make it available to other companies.

For American automakers, that creates an uncomfortable question. If Chinese EVs are restricted from the U.S. market, can the methods behind those vehicles still influence American carmaking?

The Valencia partnership suggests the answer may be yes, at least outside the United States. Ford and Geely are already preparing to share industrial capacity and develop vehicles for Europe.

The bigger test will be whether this model actually produces cars faster and more cheaply without weakening the identity of the established brand.

Ford has its own engineering standards, design language and driving characteristics to protect. Geely, meanwhile, gets something valuable from the relationship: access to European manufacturing capacity and a major global automaker.

That is why “China Speed” may be more important than any single Chinese EV. The future competition may not be about whether a Ford or Geely sits in an American driveway. It may be about who can design the next vehicle in less time, manufacture it at a lower cost and update its technology before the competition catches up.

If Geely can successfully export that process, China’s biggest automotive advantage will not have to cross the Pacific as a finished car. The system that builds the car may be enough.

China’s EV Advantage Is Moving Beyond Cars

Ford’s decision to tap Geely’s modular platform architecture in Valencia highlights a quiet paradox at the heart of the global electric vehicle transition. While policymakers in Washington build trade walls to block Chinese electric cars from reaching American showrooms, U.S. automakers are finding that they cannot afford to ignore China’s platform engineering abroad.

High-cost domestic production and lingering software hurdles have placed immense pressure on legacy carmakers to accelerate their electrification timelines. European manufacturing hubs like Valencia have consequently become strategic proving grounds, allowing Detroit to import Chinese cost structures and engineering workflows without directly triggering political friction at home.

In North America, regulatory barriers leave little room for direct industrial collaboration. Steep 100 percent import tariffs on Chinese electric vehicles, combined with strict federal battery sourcing rules under the Inflation Reduction Act, effectively shut out finished Chinese cars and joint-equity ventures. Yet American automakers face billions in losses within their electric divisions as they struggle to match Chinese battery chemistries and software integration.

To navigate these policy constraints, companies like Ford have turned to arm's-length licensing agreements. Whether licensing lithium iron phosphate technology from CATL for battery production in Michigan or sharing modular vehicle platforms with Geely in Spain, U.S. brands are quietly relying on Chinese supply chains and platform design to stay financially viable.

Europe has evolved into the key staging area for this pragmatic dynamic, offering a regulatory middle ground between American protectionism and Chinese manufacturing capability. While European officials have introduced targeted tariffs on Chinese imports, local policy continues to encourage foreign investment that brings factory jobs and localized production to European soil.

At facilities like the Almussafes plant, Ford gains immediate access to Geely's multi-energy architectures, cutting R&D timelines by half while lowering factory tooling costs. For Geely, the partnership offers a reliable assembly foothold inside the European Union, demonstrating how global automotive supply chains adapt around trade barriers rather than breaking apart.

The Reversal of Global Automotive Influence

This cross-border collaboration reflects a fundamental shift in how technological leadership flows between China and the United States. For decades, Western automakers exported platform engineering and design standards into Asian markets in exchange for consumer growth.

Today, Chinese manufacturers are becoming global platform suppliers, licensing the software efficiency, modular architectures, and rapid iteration cycles that define the modern market. Tariff policies in the United States may shield domestic dealerships from low-cost imports in the short term, but they cannot isolate legacy carmakers from global cost benchmarks. Detroit’s willingness to build cars on Chinese foundations across the Atlantic proves that the future of automotive manufacturing is already deeply intertwined.