In a world where the automotive industry is undergoing a massive electric revolution, Ford finds itself at a crossroads. With Chinese automakers and tech-savvy upstarts like Tesla leading the charge, Ford CEO Jim Farley has issued a stark warning: they could put Ford out of business. But Ford isn't going down without a fight.
Enter the Ford Electric Vehicle Design Center (EVDC) - a separate campus, a skunkworks of sorts, designed to free Ford from its traditional bureaucratic processes and create the next generation of EVs. Located in Long Beach, California, this facility is Ford's attempt to match the speed and innovation of its competitors.
A Different Approach
One of the key advantages that Chinese automakers and Tesla have is their ground-up, software-defined EV approach. This means complete control over the software and a holistic design, resulting in fewer suppliers, reduced costs, and faster development times. Ford, on the other hand, has traditionally functioned more as a project manager, coordinating a vast network of suppliers. Transitioning to a software-first mindset is a daunting task, especially for a company as large as Ford.
Creating a Dedicated Team
So, Ford did the next best thing - it created EVDC, a dedicated campus with 350 employees working outside the typical Ford structure. Here, teams from various domains, including vehicle engineering, design, and software, collaborate under one roof. The goal? To emulate the fast-paced, adaptive design process seen in companies like BYD and Tesla.
Bringing 'China Speed' to the U.S.
Under the leadership of Alan Clarke, a Tesla veteran who worked on the Model S, Model 3, Model Y, and Cybertruck, Ford's advanced EV team is rethinking vehicle assembly. With its upcoming Universal Electric Vehicle (UEV) platform, Ford is abandoning the traditional linear assembly line. Instead, they're adopting a modular approach, where different parts of the vehicle are assembled separately and then joined at the end.
This new process promises to reduce the physical strain on manufacturing workers and lead to faster production times. Ford claims that by shrinking the assembly process, they can improve quality loops and make it easier to identify and address issues.
The Benefits of In-House Collaboration
By bringing all key teams under one roof, Ford aims to reduce its reliance on external suppliers during the design phase. Employees at EVDC repeatedly emphasized that their issue-finding and remediation process has sped up significantly. Scott Anderson, a senior manager on the seating team, highlighted how the ability to iterate designs in-house has drastically reduced review and improvement times.
A Work in Progress
However, as we delve deeper into the tour, it becomes evident that EVDC is not solely responsible for Ford's first software-defined EV. Most of the development for the upcoming midsize electric truck, the first model on the UEV platform, has taken place outside these walls. Ford admits that it has had to use external test labs and flex its resources in Dearborn to develop this vehicle.
The Promise of Innovation
Despite these challenges, Ford representatives remain confident that the new facilities and processes will enable them to innovate faster, reduce costs, and create a world-beating EV. While I found their enthusiasm convincing, the proof will be in the pudding. Consumers will ultimately judge Ford's efforts based on the final product, not the processes.
The Road Ahead
The gears are turning, and Ford is serious about its EV ambitions. Hundreds of prototypes are already in production, and the Louisville factory is undergoing renovations. But will this venture result in an EV with universal appeal? Only time will tell. As we await the unveiling of Ford's electric vehicles, one thing is clear: the automotive industry is in the midst of a transformative era, and Ford is determined to be a part of it.
