Inside a nondescript building in Long Beach, California, Ford engineers are pulling apart everything the company knows about building trucks and putting it back together with fewer pieces. The facility, which Ford calls its Electric Vehicle Development Center, is the nerve center of a quiet gamble: a midsize electric pickup that Ford wants to sell for around $30,000, roughly half the price of the current F-150 Lightning.
The project has not been announced with the usual fanfare of a Super Bowl ad or a splashy reveal event. Instead, Ford has invited small groups of reporters into the Long Beach lab to see what amounts to a radical rethinking of how a truck gets built. According to Ars Technica’s account from inside the facility, engineers are working with full-size mockups, modular subassemblies, and an approach Ford calls an “assembly tree” that is designed to slash complexity at every stage of production.
The results so far, based on prototypes observed at the Long Beach site: roughly 20% fewer parts and 25% fewer fasteners than a conventionally designed truck, according to reporting from the Electric Vehicle Development Center. That may sound like an engineering footnote, but in a business where every bolt adds labor time and every bracket adds cost, those reductions could be the difference between a truck that undercuts the competition and one that bleeds money.
Why Ford needs a cheaper truck now
Ford’s urgency has two sources. The first is internal: the company’s EV division, Model e, lost $4.7 billion in 2024, according to Ford’s annual financial results. Selling electric vehicles at a loss is not a sustainable strategy, and Ford executives have been blunt about the need to bring costs down before scaling up.
The second source of pressure is external. Chinese automakers, led by BYD, are already selling electric pickups like the Shark in Latin America and other global markets at prices that start around $25,000 to $35,000. U.S. tariffs currently block those vehicles from American showrooms, but the pricing gap is a warning sign. If Ford cannot build an affordable electric truck domestically, it risks ceding the market the moment trade policy shifts or a Chinese brand finds a workaround through manufacturing in Mexico or Southeast Asia.
That competitive backdrop is what gives the Long Beach skunkworks its strategic weight. As Bloomberg has reported, the $30,000 target is aimed squarely at American truck buyers who have watched EV prices hover around $50,000 to $70,000 and decided to wait.
From skunkworks to factory floor
A prototype in a California lab does not mean much if there is no factory ready to build it. Ford appears to be lining up both.
In Kentucky, Governor Andy Beshear joined Ford to announce a major investment in the Louisville Assembly Plant, which the state described as its third-largest economic development project on record. The announcement tied the investment directly to a future electric midsize pickup program and confirmed support from the Kentucky Economic Development Finance Authority. Exact dollar figures for Ford’s commitment and the full incentive package have not been publicly detailed.
Meanwhile, in Marshall, Michigan, Ford’s BlueOval Battery Park is under construction in Calhoun County. The plant will produce lithium iron phosphate (LFP) batteries, a chemistry that is cheaper and less reliant on cobalt and nickel than the batteries in most current American EVs. Ford has said the Michigan battery project remains on track to begin production in 2026, with executives framing it as central to improving vehicle affordability and reducing dependence on imported cells, according to a Ford Media Center update. The Michigan Department of Transportation has awarded a grant to fund public infrastructure supporting the site, citing associated job creation and private investment in its project description.
The three-site strategy is deliberate: design the truck for radical simplicity in Long Beach, build the batteries domestically in Michigan, and assemble the finished vehicle in Louisville. If it works, Ford would have a vertically integrated, American-made electric truck at a price point no current competitor can match.
What the assembly tree actually changes
The term “assembly tree” is Ford’s shorthand for a modular design philosophy that breaks the truck into large subassemblies, each of which can be built and tested independently before being joined on the final line. Ars Technica’s reporting from inside the Long Beach lab describes engineers iterating on wiring harness routes and structural modules, working through design-for-cost decisions at stations equipped with full-size mockups and on-site testing labs.
In traditional truck manufacturing, thousands of individual parts converge on a single assembly line, and the complexity of routing wires, attaching brackets, and torquing fasteners adds up quickly. Ford’s approach tries to collapse that complexity by designing clusters of components that snap together as units. Fewer individual parts means fewer opportunities for error, fewer tools on the line, and, critically, fewer labor hours per vehicle.
The 20% parts reduction and 25% fastener reduction reported from the Long Beach prototypes have not been confirmed through a published Ford engineering specification or regulatory filing. They are based on observations by journalists who visited the facility. But the figures are consistent with Ford’s public emphasis on cost reduction and with the scale of investment the company is making in Louisville and Michigan.
Big questions Ford has not answered yet
For all the progress visible in Long Beach, several critical details remain unresolved as of June 2026.
Ford has not publicly committed to a production start date for the $30,000 truck. The Louisville Assembly Plant investment is confirmed, but the timeline from skunkworks prototype to dealer lots has not been spelled out. That gap matters because the competitive window against Chinese imports could narrow quickly if tariff policy changes or if rivals like BYD establish manufacturing closer to the U.S. market.
It is also unclear how the midsize pickup will relate to Ford’s planned Universal EV platform, which the company has referenced in connection with its broader electrification strategy. Whether the $30,000 truck will be among the first vehicles on that platform, or whether it uses a distinct architecture developed in Long Beach, has not been publicly detailed.
And then there is the price itself. Hitting $30,000 for an electric pickup would be a landmark achievement. No major automaker currently sells a full-function electric truck anywhere near that number in the United States. Doing so will require not just the engineering breakthroughs happening in Long Beach but also favorable battery costs from the Michigan LFP plant, efficient assembly in Louisville, and a supply chain that cooperates. Any disruption to one leg of that triangle could push the price higher or delay the launch.
What the factory commitments tell us
The most concrete evidence that Ford is serious about this truck is not in California. It is in the government records from Kentucky and Michigan. States do not designate projects as their third-largest economic development deals on record, or award infrastructure grants for battery plants, based on speculative product plans. Those commitments signal that Ford has moved past the concept stage and into the kind of capital deployment that is difficult to reverse.
Whether the finished truck hits $30,000, whether it arrives before Chinese competitors find a path into the American market, and whether buyers who have resisted EVs will finally bite at that price are all open questions. But the skunkworks in Long Beach, the battery plant rising in Michigan, and the retooling underway in Louisville represent Ford’s clearest bet yet that the answer to all three can be yes.
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*This article was researched with the help of AI, with human editors creating the final content.
