Ford Motor Company is making one of its most consequential manufacturing bets in decades: adopting the giant single-piece casting technology that Tesla Inc. pioneered, with the explicit goal of producing an electric pickup truck that could retail for under $25,000. The move signals a dramatic strategic pivot for America’s second-largest automaker, one that could reshape the economics of electric vehicle production and intensify the already fierce price war playing out across the global auto industry.
The Dearborn, Michigan-based automaker has been quietly advancing its gigacasting capabilities as part of a broader effort to slash the cost of building electric vehicles. According to MSN, Ford is integrating massive die-casting machines that can produce large structural components of a vehicle’s underbody in a single piece, replacing what traditionally required dozens of stamped and welded parts. The technology, which Tesla first deployed at scale in its Fremont and Austin factories, has become a focal point for automakers worldwide seeking to reduce assembly complexity, cut labor costs, and accelerate production timelines.
A Manufacturing Revolution Born in Fremont
Gigacasting — the process of using enormous casting machines, some exerting 6,000 to 9,000 tons of clamping force, to produce single aluminum structural components — was introduced by Tesla in 2020 for the Model Y’s rear underbody. The approach eliminated roughly 70 individual parts and the associated welding and joining steps. Tesla CEO Elon Musk has repeatedly touted the technology as central to the company’s cost reduction strategy, and the results have been measurable: Tesla’s cost per vehicle has fallen significantly over the past several years, enabling aggressive price cuts that competitors have struggled to match.
Ford’s adoption of gigacasting represents an acknowledgment that traditional body-in-white manufacturing — the decades-old process of stamping sheet metal and spot-welding hundreds of components together — simply cannot deliver the cost structure needed to make affordable EVs profitable. The company has reportedly been working with equipment suppliers, including Italy’s Idra Group, which manufactures the large-tonnage casting machines that Tesla helped popularize. Ford’s goal, as reported by MSN, is to apply this technology to a new electric truck platform designed from the ground up for high-volume, low-cost production.
The $25,000 Threshold: Why It Matters
The sub-$25,000 price point has become something of a holy grail in the EV industry. Analysts and executives alike have long argued that mass adoption of electric vehicles will not occur until battery-powered models are priced competitively with the most popular internal combustion engine vehicles. In the United States, the average transaction price for a new vehicle hovered around $48,000 in early 2025, but the best-selling segments — compact trucks and midsize sedans — frequently transact well below that figure. A $25,000 electric truck would represent a direct assault on the heart of the American vehicle market.
Ford’s ambitions here are not happening in a vacuum. Tesla has been developing its own affordable model, and Chinese automakers like BYD have already demonstrated the ability to produce compelling EVs at remarkably low price points for their domestic market. BYD’s Seagull, for instance, sells for roughly $10,000 in China, though tariffs and regulatory requirements make that price impossible to replicate in the U.S. market. Still, the competitive pressure from Chinese manufacturers is a significant motivating factor for both Ford and its American rivals.
Ford’s EV Unit Has Been Bleeding Cash
The financial urgency behind Ford’s cost-reduction push cannot be overstated. Ford’s Model e division, which houses its electric vehicle operations, reported an operating loss of $4.7 billion in 2024, following a $4.7 billion loss in 2023. CEO Jim Farley has been candid about the need to fundamentally restructure the company’s approach to EV manufacturing. In earnings calls, Farley has emphasized that Ford cannot simply electrify its existing vehicle architectures and expect to be profitable — the company needs purpose-built platforms with radically lower production costs.
Gigacasting is one of the most impactful tools available to achieve that goal. By consolidating dozens of parts into a single casting, Ford can reduce the number of robots on its assembly lines, shrink the physical footprint of its factories, cut the amount of time each vehicle spends in production, and lower the total bill of materials. The savings compound: fewer parts mean fewer suppliers, fewer quality checkpoints, and fewer potential failure modes. Toyota, Hyundai, and Volvo have all announced their own gigacasting initiatives, underscoring the industry-wide consensus that this technology is essential for next-generation EV platforms.
Technical Challenges and the Risk of Going Big
Gigacasting is not without significant risks. The massive aluminum castings are difficult to repair if damaged in a collision, raising concerns about insurance costs and total-loss rates. Tesla has faced criticism from body shops and insurers over the repairability of its gigacast components, and Ford will need to address these concerns head-on if it wants to avoid similar backlash. There are also metallurgical challenges: producing large, thin-walled aluminum castings with consistent quality requires precise control over alloy composition, mold temperature, and injection pressure. Defective castings can mean scrapping an entire underbody structure, which is far more costly than scrapping a single stamped panel.
Ford has invested in advanced simulation and prototyping capabilities to mitigate these risks. The company has also been studying Tesla’s iterative approach to gigacasting, which has included multiple generations of casting machines and alloy formulations. According to industry sources, Ford has been conducting extensive testing at its research facilities and has engaged with multiple tier-one suppliers to develop proprietary alloy blends optimized for its specific vehicle architectures.
The Truck Market: Ford’s Home Turf
If there is one segment where Ford has earned the right to make a bold bet, it is trucks. The F-Series has been America’s best-selling vehicle line for over four decades, and Ford’s institutional knowledge of what truck buyers want — durability, capability, value — is unmatched. The company’s F-150 Lightning, while commercially significant as one of the first mainstream electric pickups, has been hampered by high pricing and production costs that limited its appeal to a relatively narrow band of early adopters and fleet buyers.
A sub-$25,000 electric truck would target an entirely different customer: the tradesperson, the first-time truck buyer, the small business owner who needs a capable work vehicle but cannot justify a $55,000 Lightning or a $50,000 Cybertruck. Ford has signaled that this new vehicle would likely be smaller than the F-150, possibly closer in size to the discontinued Ford Ranger or even the compact Maverick. The Maverick, which starts around $25,000 in its hybrid configuration, has been a runaway success for Ford, consistently selling out its production allocation. An electric variant built on a gigacast platform could extend that success into the battery-electric segment.
Competitive Pressures From Every Direction
Ford’s timeline for bringing a gigacast electric truck to market is aggressive but not yet fully defined. The company faces competitive pressure not only from Tesla and Chinese automakers but also from General Motors, which has been investing heavily in its Ultium platform, and from Stellantis, which has announced plans for affordable EVs under the Ram and Jeep brands. Rivian, meanwhile, has been working on a smaller, less expensive vehicle platform in partnership with Volkswagen Group.
The broader policy environment adds another layer of complexity. The Trump administration’s tariff policies have increased the cost of imported components and raw materials, including aluminum, which is the primary input for gigacast parts. Ford will need to ensure that its supply chain for casting alloys and equipment is sufficiently domestic or tariff-exempt to avoid eroding the cost advantages that gigacasting is supposed to deliver. At the same time, the future of federal EV tax credits remains uncertain, and any reduction in consumer incentives would make the $25,000 price target even harder to hit.
What This Means for Ford’s Future
Ford’s gigacasting bet is ultimately a statement about the kind of company it intends to be in the second half of this decade. Rather than retreating from EVs in the face of mounting losses — a temptation that some analysts and investors have openly encouraged — Ford is doubling down on the thesis that electric vehicles will dominate the mass market, but only if they can be built at costs comparable to their gasoline-powered equivalents. Gigacasting is the single most promising manufacturing technology available to close that gap.
The stakes are enormous. If Ford can successfully bring a sub-$25,000 electric truck to market with acceptable margins, it will have accomplished something that no legacy automaker has yet managed: making an affordable, profitable electric vehicle for the American mass market. If the effort falters — due to technical setbacks, cost overruns, or market shifts — it will add billions more to the losses already accumulated by Ford’s EV division and raise serious questions about the company’s strategic direction. For now, Ford is betting that the same casting technology that helped Tesla rewrite the rules of EV manufacturing can do the same for the Blue Oval.