Ford Unveils Universal EV Platform and Production System, $30K EV Pickup

On August 11, 2025, Ford Motor Company announced a bold new chapter in its 122-year history, revealing the Ford Universal EV Platform and Ford Universal EV Production System. Together, they promise to deliver a new generation of affordable, high-quality, software-defined electric vehicles to millions worldwide—starting with a midsize, four-door electric pickup scheduled to launch in 2027.

This effort marries the discipline, scale, and manufacturing expertise of one of America’s most storied automakers with the speed and innovative spirit of a California-based EV skunkworks team. The result: a flexible, efficient, and simplified vehicle ecosystem designed to slash costs, improve performance, and transform how electric vehicles are made.

“We took a radical approach to a very hard challenge: Create affordable vehicles that delight customers in every way that matters – design, innovation, flexibility, space, driving pleasure, and cost of ownership – and do it with American workers,” said Ford President and CEO Jim Farley.

“We have all lived through far too many ‘good college tries’ by Detroit automakers to make affordable vehicles that ends up with idled plants, layoffs and uncertainty. So, this had to be a strong, sustainable and profitable business. From Day 1, we knew there was no incremental path to success. We empowered a tiny skunkworks team three time zones away from Detroit. We tore up the moving assembly line concept and designed a better one. And we found a path to be the first automaker to make prismatic LFP batteries in the U.S.”

A Platform Built for Affordability, Performance, and Space

Ford’s new EV platform was engineered to be lean from the ground up. According to CEO Jim Farley, it reduces parts by 20%, uses 25% fewer fasteners, requires 40% fewer workstations in the plant, and achieves 15% faster assembly times compared to a typical vehicle. Over a five-year period, Ford projects the midsize truck will have a lower total cost of ownership than a three-year-old used Tesla Model Y.

One of the most striking examples of efficiency is the wiring harness. In the new pickup, it will be more than 4,000 feet shorter and 10 kilograms lighter than the one used in Ford’s first-generation electric SUV.

The platform features lithium iron phosphate (LFP) prismatic batteries, which are cobalt- and nickel-free. These batteries double as a structural component, forming the vehicle’s floor. This design lowers the center of gravity for better handling, reduces weight, improves interior space, and enhances cabin quietness.

Inside, passengers will enjoy more room than in the latest Toyota RAV4, plus a lockable frunk and truck bed for added versatility. The bed is designed to secure surfboards or gear without the need for roof racks or hitch mounts. On the performance side, Ford promises a 0-60 mph time comparable to a Mustang EcoBoost and improved downforce thanks to careful chassis engineering.

More details, such as starting price, battery range, sizes, and charge times, will be shared closer to launch.

“We took inspiration from the Model T – the universal car that changed the world,” said Doug Field, Ford chief EV, digital and design officer. “We assembled a really brilliant collection of minds across Ford and unleashed them to find new solutions to old problems. We applied first‑principles engineering, pushing to the limits of physics to make it fun to drive and compete on affordability. Our new zonal electric architecture unlocks capabilities the industry has never seen. This isn’t a stripped‑down, old‑school vehicle.”

Reinventing Manufacturing with the “Assembly Tree”

The Ford Universal EV Production System represents an equally dramatic leap forward in how vehicles are built. Replacing the traditional linear assembly line, Ford has developed an “assembly tree” where three major sub-assemblies, the front, the rear, and the structural battery, are built simultaneously before joining together.

Large single-piece aluminum unicastings replace dozens of smaller parts, enabling the front and rear sections to be assembled separately. The structural battery is built independently, complete with seats, consoles, and carpeting, before the three components merge into a complete vehicle.

To make work easier and more precise, each station uses kits containing all necessary parts, fasteners, and tools, arranged in the correct orientation. This improves ergonomics by reducing twisting, reaching, and bending, allowing workers to focus on quality.

The integrated platform and production system could make assembling the midsize electric truck up to 40% faster than current vehicles at the Louisville Assembly Plant. After reinvesting some of that time into insourcing and automation, Ford still expects a 15% net speed improvement, boosting both quality and cost efficiency.

Major Investments in American Manufacturing

Ford’s plan includes a nearly $2 billion investment in the Louisville Assembly Plant to build the midsize electric pickup, securing 2,200 hourly jobs. The Kentucky Economic Development Finance Authority is supporting the project with an incentive offer.

The plant will expand by 52,000 square feet to improve material flow, and its new digital infrastructure will deliver the fastest, most connected network of any Ford facility worldwide, enabling advanced quality scans and data-driven manufacturing.

This investment complements Ford’s previously announced $3 billion commitment to BlueOval Battery Park Michigan, where the prismatic LFP batteries will be built starting next year. Together, the $5 billion total investment is expected to create or secure nearly 4,000 direct jobs while strengthening the domestic EV supply chain through dozens of new U.S.-based suppliers.

A Step Toward Mass EV Adoption

With the Universal EV Platform and Production System, Ford is aiming to break down two of the biggest barriers to EV adoption: high purchase prices and limited manufacturing efficiency. By reducing parts complexity, streamlining assembly, and using more affordable battery chemistries, Ford is positioning its next generation of EVs to be both cost-competitive and high-performing.

If successful, the midsize electric pickup, targeted for the 2027 market, will not just be another EV. It will be a proof point that electric vehicles can be spacious, durable, fun to drive, and affordable to own. And it will signal that Ford, a company rooted in the innovations of Henry Ford’s moving assembly line, is once again reinventing the way the world builds and drives vehicles.