On the Dash:
- Ford’s new Universal EV Platform cuts parts, welds, fasteners, and wiring for maximum efficiency.
- The first vehicle is a midsize electric pickup with more space, digital features, and lower ownership costs than a three-year-old Tesla Model Y.
- A small team uses an “assembly tree” process to streamline production and enhance performance.
Ford is developing a new Universal Electric Vehicle Platform designed to simplify vehicle construction while improving efficiency, cost, and performance. The first vehicle on the platform will be a midsize, four-door electric pickup truck offering more passenger space than a Toyota RAV4, a frunk, and a traditional truck bed. The truck is built on a ground-up electric architecture aimed at reducing complexity and enabling advanced digital features, including Ford BlueCruise hands-free driving.
Doug Field, Ford’s chief EV, digital, and design officer, detailed the project’s beginnings in his most recent “Ford From the Road” blog post. The project, initiated three years ago in California, was led by a small, hand-picked team of outside talent and Ford veterans under former Tesla engineer Alan Clarke. The team worked with limited oversight in a confidential setting to merge startup agility with Ford’s industrial capabilities. Each member focused on the overall efficiency and total cost impact of their work, rather than narrow departmental goals.
The platform emphasizes systems integration, with parts designed to serve multiple functions. Massive aluminum components, or “unicasts,” act as both structural elements and bases for subassemblies. Compared with a traditional pickup, the new body eliminates three-quarters of parts, two-thirds of welds, and half of fasteners. Electrical wiring has been reduced by nearly a mile compared with Ford’s first-generation electric SUV. These innovations are expected to allow a smaller battery to deliver a competitive driving range.
The new build process abandons the traditional moving assembly line in favor of an “assembly tree,” constructing the vehicle in three separate sections—the front, rear, and structural battery core—before final assembly. Ford engineers say this is a first in automotive manufacturing.
The platform is fully electric to leverage the benefits of battery placement, instant torque, low center of gravity, and home-charging convenience. The vehicle is also designed as a mobile power source capable of providing backup power for a home. The five-year cost of ownership is projected to be lower than purchasing a three-year-old Tesla Model Y.
Ford plans to use the platform to compete on both performance and digital experiences, positioning the company to challenge both legacy automakers and new EV startups. The project reflects Ford’s commitment to delivering innovative, high-volume electric vehicles while simplifying production and improving efficiency.
