At King Abdullah Economic City, Saudi Arabia unveiled the Exobot — a 1,111-horsepower electric vehicle bearing the name of a new national brand, Ceer Motors — as a tangible symbol of a kingdom determined to write its next chapter beyond oil. The moment, attended by Crown Prince Mohammed bin Salman, was less about a car than about a civilization attempting to manufacture its own future, assembling global expertise the way it once assembled petrodollars. Whether ambition can be engineered as reliably as horsepower remains the deeper question hanging over the desert horizon.
Saudi Arabia Launches Foxconn-Backed EV Brand With 1,111-HP Exobot
You don't need decades of experience. You need capital, partners, and execution.
Mark
So Saudi Arabia is building an electric car. Why does that matter beyond the obvious—another EV brand entering the market?
Mimi
It matters because of what it represents. Saudi Arabia has been trying to build an automotive industry for over a decade and kept failing. Toyota walked away. Now they're attempting it again, but this time with a completely different model—they're not trying to develop the technology themselves. They're assembling it from global partners.
Luke
Right, but let's be precise about what that means. They're not making the platform. Foxconn is. BMW is licensing components. Rimac is supplying motors. So what exactly is Saudi Arabia building here?
Mimi
They're building the factory, the supply chain, the local workforce, and the market. They're proving that you can produce a competitive premium EV without inventing the underlying technology.
Mark
And Foxconn—why is this important to them? They make iPhones.
Mimi
Foxconn wants to become what TSMC is to semiconductors, but for electric vehicles. They want to be the foundry that any company can use to build an EV. Ceer Motors is their first major proof of concept.
Luke
But here's what I want to flag: we don't know if this actually works yet. The car hasn't been tested on real roads. We don't know if it can handle the desert heat at scale. We don't know if the factory can actually hit its production targets. All of this is projected.
Mimi
True. But the government has already signed 1.4 billion dollars in local supply contracts. They're guaranteeing demand through public procurement. They're not leaving this to market forces.
Mark
Is that a strength or a weakness?
Luke
Both. It guarantees the company survives the launch phase. But it also means we won't know for years whether there's actual consumer demand outside of government purchases.
Mimi
And there's another tension: they're claiming 45 percent local parts content by 2034, but the core technology—the platform, the autonomous driving, the battery management—all comes from outside. So what does "local" really mean?
Mark
What happens if this fails?
Mimi
Saudi Arabia loses billions. Foxconn loses credibility for its EV platform strategy. And the broader bet that you can skip the R&D phase and just assemble a competitive car gets questioned.
Luke
But if it succeeds—if the Exobot actually works, if customers want it, if the factory runs smoothly—then you've just proven that the old automotive industry model is obsolete. You don't need decades of experience. You need capital, global partners, and smart execution.
Mark
When do we actually know?
Mimi
March 2027, when the first cars are delivered. Then we watch the next two years to see if they hold up and if people actually buy them.
O Pulso
- Saudi Arabia is racing against its own oil dependency, and the Exobot's 2.1-second launch to 100 km/h is as much a statement of economic urgency as it is a performance specification.
- The project inherits decades of failed automotive dreams — from the unproduced Ghazal-1 to Toyota's quiet withdrawal — making the pressure to finally deliver a working, sellable car immense.
- Ceer Motors is navigating the challenge not by inventing technology but by assembling a global coalition: Foxconn's platform, BMW's components, Rimac's motors, and Hyundai's drive systems, all converging in a kingdom that had no parts supply chain just years ago.
- The Saudi government is underwriting early survival directly, mandating that public institutions buy Ceer vehicles, while an industrial zone near the factory is being seeded with international suppliers to build local content toward a 45% target by 2034.
- Mass production is set for January 2027, but the real test is unwritten — whether the Exobot holds up under 65-degree desert heat, whether manufacturing yields stabilize, and whether a mid-market model after 2028 can turn a prestige project into a genuine industry.
At King Abdullah Economic City, Saudi Arabia unveiled the Exobot — a 1,111-horsepower electric vehicle bearing the name of a new national brand, Ceer Motors — as a tangible symbol of a kingdom determined to write its next chapter beyond oil. The moment, attended by Crown Prince Mohammed bin Salman, was less about a car than about a civilization attempting to manufacture its own future, assembling global expertise the way it once assembled petrodollars. Whether ambition can be engineered as reliably as horsepower remains the deeper question hanging over the desert horizon.
On September 21st, beneath the ambitions of Saudi Vision 2030, Crown Prince Mohammed bin Salman stood before a car unlike any his kingdom had produced before. The Exobot — a premium electric sedan and SUV with wing doors spanning three meters, inspired by the shaheen falcon and traditional Saudi architecture — was unveiled at King Abdullah Economic City as the flagship of Ceer Motors, a joint venture between the Public Investment Fund and Foxconn. With 1,111 horsepower, a 670-kilometer range, and a cabin engineered to cool from 65°C to 32°C in ten minutes, the vehicle was designed to compete directly with Tesla and Lucid on the world stage.
Ceer Motors was not built by reinventing the wheel. Foxconn designed the EV platform and autonomous driving systems, BMW licensed core engineering, Croatia's Rimac supplies the rear motors, and a Hyundai affiliate handles the front drive system. CEO James DeLuca, a General Motors and VinFast veteran, leads a company that chose speed over independence — assembling proven global technology rather than developing proprietary systems from scratch. The factory at KAEC, run largely by AI-driven robotics, is scheduled to begin mass production in January 2027, with first deliveries in March.
The obstacles are real and historically documented. In 2017, Toyota studied the Saudi market and walked away, citing a market too small, labor too expensive, and supply chains entirely absent. Today, annual vehicle sales have nearly doubled to 910,000 units — partly driven by the 2018 lifting of the female driving ban — and an industrial zone near the Ceer plant is being populated by suppliers from the U.S., France, Germany, South Korea, and China. The government has set a 45% local content target by 2034 and will require public institutions to purchase Ceer vehicles, guaranteeing a floor of early demand.
For Foxconn, the stakes extend beyond Saudi Arabia. Chairman Young Liu has long envisioned his company as the TSMC of the EV world — a modular platform provider that any nation or automaker can adopt. If the Exobot succeeds on real roads in 2027, it becomes proof that countries without automotive heritage can produce world-class electric vehicles quickly by plugging into Foxconn's ecosystem. That demonstration effect could reshape how emerging economies approach industrial ambition.
Skeptics remain. Critics note that 45% localization still leaves the most critical technologies — autonomous driving, core EV systems — in foreign hands. Charging infrastructure across the Middle East and North Africa is still nascent. And with Lucid, another PIF investment, already producing locally, the kingdom risks fragmenting its own domestic demand. The Exobot's true test will come not at an unveiling ceremony, but on sun-scorched highways in 2027 — and in the quieter years after, when mid-market models must carry the weight of an entire industrial vision.
Saudi Arabia announced its entry into the global electric vehicle market on September 21st at King Abdullah Economic City, unveiling a premium sedan and SUV called the Exobot. The vehicle accelerates from zero to 100 kilometers per hour in 2.1 seconds, powered by three electric motors producing 1,111 horsepower. Crown Prince Mohammed bin Salman attended the unveiling and framed the car as "a new growth engine for the Saudi economy."
The Exobot is the flagship product of Ceer Motors, a joint venture established in November 2022 between Saudi Arabia's Public Investment Fund and Foxconn, the Taiwan-based electronics manufacturer that assembles roughly 70 percent of the world's iPhones. The project sits at the center of Saudi Vision 2030, the kingdom's long-term strategy to build manufacturing capacity and reduce dependence on oil revenues. The vehicle's exterior was designed by Rob Melville, a former McLaren designer, and draws inspiration from traditional Saudi architecture and the shaheen falcon, the country's national bird. Its most distinctive feature is a pair of upward-opening wing doors spanning approximately three meters, a design automotive media has compared to something from a cyberpunk video game.
The top-tier Exobot carries a 112 kilowatt-hour battery and uses 800-volt high-voltage architecture to deliver a range of 670 kilometers for the sedan and 560 kilometers for the SUV. Fast charging from 10 to 80 percent capacity takes under 30 minutes. The vehicle was engineered specifically for Saudi Arabia's extreme heat, incorporating triple silver-coated glass, dual climate control, and dedicated cooling systems. The company claims the cabin can drop from 65 degrees Celsius to 32 degrees Celsius in just 10 minutes. Inside, a 48-inch dashboard display pairs with an Arabic voice assistant, highway autonomous driving assistance, steer-by-wire controls, rear-wheel steering, and dual-chamber air suspension. Mass production begins in January at the KAEC plant, with first customer deliveries scheduled for March 2027. Pricing has not been announced.
Ceer Motors assembled its technology from a global coalition of suppliers rather than developing proprietary systems from scratch. Foxconn designed the EV platform, electrical and electronic architecture, smart cockpit, and autonomous driving technology. BMW licensed core component technology and engineering expertise. Croatia's Rimac, an electric supercar specialist, supplies the rear electric motors and gearbox for the high-performance version. A Hyundai Motor affiliate handles the front-wheel integrated drive system. Siemens contributed to digitalization development. CEO James DeLuca brings manufacturing experience from General Motors and startup experience from Vietnamese EV maker VinFast. This structure reflects a deliberate choice to rapidly build local production by leveraging proven global supply chains rather than inventing technology independently.
Saudi Arabia's automotive ambitions extend back years. In 2010, a university developed a standalone SUV called the Ghazal-1, but it never reached mass production. The kingdom also courted Jaguar Land Rover and Nissan with factory proposals. In 2017, Toyota explored entering the market but withdrew after two years, citing three obstacles: a domestic market of only about 400,000 vehicles annually, high local labor costs, and the complete absence of parts supply chains. Toyota estimated at the time that government subsidies would need to cover 50 percent of production costs to achieve parity with other countries. Ceer Motors is attempting to overcome each challenge through different mechanisms.
The domestic market has already expanded significantly. Saudi Arabia's annual vehicle sales reached 910,000 units in 2025, driven largely by surging demand for second cars following the lifting of the female driving ban in 2018. To address labor shortages—Saudi nationals generally prefer higher-paying public sector, financial, and service jobs—Ceer Motors is building a smart factory that uses AI-based robots for welding, painting, and core component assembly, a responsibility assigned to Foxconn. The parts supply chain challenge is being solved through a dedicated industrial zone near the plant. Lear, a U.S.-based seating supplier, Forvia from France, Germany's Benteler, and China's Fangxin are establishing operations there, while South Korea's Shinyoung will locally produce body frame components. The Saudi government has set a target of raising local parts content to 45 percent by 2034. On the demand side, the government is directly involved: public institutions will be required to prioritize Ceer Motors vehicles when purchasing official cars, guaranteeing initial sales.
For Foxconn, Ceer Motors represents a crucial test case for its broader strategy. Since Chairman Young Liu declared the company's entry into the EV market in October 2020, Foxconn has pursued a goal of becoming "the TSMC of the EV industry"—providing an open-source platform that multiple automakers can share rather than building its own brand. In a November 2025 Reuters interview, Liu said, "Once one successful outsourcing case emerges, other companies will follow. That's exactly what we witnessed in the PC market." The strategy is gaining traction. In Taiwan, the compact electric SUV Bria, produced by Foxtron Vehicle Technologies, a Foxconn-Yulon joint venture, ranked first in Taiwan's EV market in July. Mitsubishi has signed a contract manufacturing agreement with Foxtron to launch a vehicle based on this model in Australia and New Zealand. In Thailand, Foxconn partnered with state energy company PTT to establish Horizon Plus. If the Exobot proves itself on real roads in 2027, it would demonstrate that countries without automotive manufacturing experience can produce world-class EVs in a short timeframe by adopting Foxconn's modular platform, giving powerful momentum to Foxconn's mobility foundry strategy.
The PIF views Ceer Motors not merely as a vehicle manufacturer but as a platform for building Saudi Arabia's entire automotive industry capability. Official targets project the project will contribute approximately 8 billion dollars directly to Saudi GDP by 2034, improve the trade balance by approximately 21 billion dollars, and create 30,000 direct and indirect jobs. At the 2025 PIF Forum, local supply contracts worth approximately 1.4 billion dollars were already signed. Yet skepticism persists. Critics question whether a 45 percent localization rate truly represents technological self-reliance when core EV technology and autonomous driving systems remain dependent on external partners like BMW, Foxconn, Hyundai Motor, and Rimac. Building charging infrastructure and after-sales service networks across the Middle East and North Africa region will require time. Given that Lucid, another PIF portfolio company, has already begun local production in Saudi Arabia, internal demand fragmentation is a possibility. Industry observers believe success hinges on whether Ceer Motors can establish itself through government procurement and a premium Saudi-made image in the near term, and whether mid-size and compact mass-market models planned for launch after 2028 can drive meaningful sales volume. Vehicle durability in the desert's extreme heat and manufacturing yield stability during early production remain unproven variables.
Citações Notáveis
A new growth engine for the Saudi economy— Crown Prince Mohammed bin Salman, at the Exobot unveiling
Once one successful outsourcing case emerges, other companies will follow. That's exactly what we witnessed in the PC market.— Foxconn Chairman Young Liu, November 2025 Reuters interview
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