Ford is giving its business a profound makeover with the development of a new platform specifically designed for electric vehicles and a manufacturing system redesigned from the ground up. This move, which the company itself places on par with the industrial revolution brought about by the Model T, aims to position the brand to compete directly with Chinese manufacturers and the major players in the electric vehicle market, both in price as well as efficiency.
The strategy is not limited to launching another model: Ford wants to create a common base for an entire family of electric vehicleswith lower production costs and a more rational approach to technology. The goal is clear: to offer electric vehicles that are competitive against rivals such as Tesla And, at the same time, compared to petrol cars, something key for the European market, where the purchase price remains a significant barrier.
A new electric platform developed in secret in California…
The new architecture, known internally as UEV (Universal Electric Vehicle)It has been developed by a small team based in California, led by Alan Clarke, a former Tesla engineer. This group has worked discreetly to rethink everything from the chassis structure to the battery integration, with the idea of ​​creating a flexible and scalable platform capable of adapting to various body types.
Doug Field, Ford's global head of Electric Vehicles, Design and Digital, emphasized during the presentation that few traditional brands would be capable of carrying out a project of this magnitude and that, for many startups in the sector, Replicating this industrial model would be virtually impossible.The key is not just the technology, but the way it is manufactured.
One of the technical pillars of the project is the use of large pieces of aluminum cast using "unicasting"which replace dozens of welded components. According to data provided by the company, this approach allows for a reduction of around 75% in the number of parts, a two-thirds reduction in welding, and a 50% cut in screws and fasteners compared to a conventional model. This type of solution has already been seen in other manufacturers, but Ford is now integrating it into a next generation electric platform with a global vocation.
Now the battery becomes the center of the structure…
Beyond the chassis, the new UEV relies on a complete redesign of the battery. Ford has decided that the battery will no longer be an added "module" but will become an integral part of the vehicle. vehicle structureThis allows for material savings, increased rigidity, and reduced weight. To achieve this, it will use LFP (lithium iron phosphate) chemistry, currently one of the most economical options on the market.
According to Alan Clarke, The challenge is not just in making the battery cheaper not only in terms of raw materials, but also in being able to install a slightly smaller battery without compromising range. Instead of following the path of "more kWh for more kilometers," Ford is trying to reduce consumption through improvements in architecture, aerodynamics, and energy recovery systems.
The approach seeks to offer autonomous regions close to 480 kilometers without the need for enormous battery packs, which increase the vehicle's cost, add weight, and complicate production. This perspective is especially relevant in Europe, where incentives vary between countries and homologation and manufacturing costs significantly impact the final price.
Aerodynamics meticulously designed to save battery power…
Ford's ambitious UEV project seeks to maximize the Energy Efficiency through unprecedented aerodynamic optimization in the sector. Under the guidance of motorsport experts, the brand has redesigned key elements such as the roof and underbody to reduce drag. This approach allows for optimization of the electric autonomy without needing to install larger and more expensive batteries, quantifying each technical improvement as a direct saving in the production costs of their future global launches.
Detailed engineering has made it possible to create electric cars With innovative solutions, such as 20% more compact rearview mirrors and tires with channeled airflow, Ford uses a "credits" system to evaluate how every millimeter of exterior design influences the final performance of the powertrain. Thanks to these improvements, a perfect balance between aesthetics and functionality is achieved, demonstrating that the battery technology It can be much more efficient if you work comprehensively with the aerodynamics of the chassis.
Even in complex segments like pickup trucks, Ford has designed a electric pick-up capable of emulating the behavior of a closed vehicle through a teardrop-shaped roofline. This virtual surface directs air over the cargo bed, eliminating the usual turbulence that negatively impacts fuel consumption on the highway. With these innovations, the American manufacturer redefines the concept of sustainable mobilityApplying lessons from top-level competition to offer commercial and family vehicles with an extremely low and highly competitive drag coefficient.
The production line that is revolutionizing electric car assembly…
Ford transforms industrial manufacturing through the innovative system of production treewhich replaces the traditional assembly line with three parallel processes. This modular architecture separately assembles the front, back, and core of the structural batteryby assembling the components in a highly efficient final stage. This approach drastically reduces manufacturing times and operating costs, allowing the brand to offer competitively priced electric vehicles in strategic and demanding markets such as the European Union.
Weight reduction is another key pillar thanks to the use of large pieces of cast aluminum which simplify the vehicle's chassis. By eliminating hundreds of welds and individual components, Ford achieves a 27% weight reduction in the body compared to conventional methods, improving rigidity and safety. This design optimization not only reduces investment in factory robots but also maximizes the Energy Efficiency , a determining factor in complying with strict emissions regulations and reducing maintenance costs for the user.
The propulsion system is completed with a scheme of regenerative braking The revised system recovers kinetic energy more intelligently. This technology allows for significant cost savings in cell capacity, adding kilometers of range. electric autonomy Without the need to install oversized components that weigh down the vehicle. With the integration of advanced aerodynamics and structural lightness, Ford positions itself at the forefront of sustainable mobility, offering electric vans and passenger cars capable of tackling long-distance journeys with exceptional performance.
A complete family of electric vehicles based on the same platform will begin with a more affordable, compact electric pickup truck…
The first release based on the UEV platform will be a electric pick up A mid-size pickup truck is planned for 2027. This model will adopt a unibody structure similar to the Ford Maverick, combining the agility of a passenger car with the robustness needed for daily work. With a target price of around €25.000, Ford aims to democratize access to the market. electric vehicle versatile, offering a real alternative in European markets where versatility between leisure and the work environment is a determining purchasing factor.
The brand promises high-level dynamic performance along with the practicality of a Compact SUV high volume. The main appeal for buyers lies in a lower total cost of ownership than its direct competitors, optimizing the cost per kilometer driven. Thanks to its efficient design, this model is positioned as a strategic option in Spain and Germany, where users demand sustainable mobility that does not sacrifice the load capacity or the autonomy needed for demanding intercity journeys.
This architecture will serve as the basis for a whole family of electric vans and seven-seater SUVs. By sharing structural components and electronic systems, Ford will reduce development times and facilitate the adaptation of each version to urban emissions regulations. The modular strategy will allow for specific solutions for the last mile delivery and family transport, consolidating a range of zero-emission vehicles that balances technological innovation with a highly competitive sales price.
Ford UEV: Strategic reorganization to lead the electric vehicle market…
Ford has begun an ambitious internal transformation centered on the new UEV architecture, following a $20.000 billion financial impact. This strategic shift aims to replace older projects with a new generation of electric cars much more profitable and competitive compared to Asian manufacturers. Despite the temporary losses, the brand is confident that this restructuring will allow it to launch models with reduced production costs, essential for dominating the registrations in Europe and compete effectively in the zero-emission vehicle segment.
The creation of the Ford Model E division aims to accelerate technical innovation through management independent of the traditional headquarters. Within this new ecosystem, the company is driving a battery business which will not only supply its own vehicles, but will also offer energy storage solutions for industries and data centers. This diversification is key to integrating into the green transition of the European Union, taking advantage of the growing demand for clean energy systems and consolidating a much more robust and versatile supply infrastructure.
To ensure the project's viability, Ford has implemented a strict program to reduce operating costs globally. The goal is to free up capital to invest in software and electrification without compromising the group's financial stability in the face of market challenges. With a leaner structure and a focus on efficiency, the brand is preparing to offer a sustainable mobility high technology at balanced prices, positioning itself as an industrial benchmark capable of adapting its production to new climatic and commercial demands.
International partnerships and a focus on affordable models…
Ford is accelerating its transition to sustainable mobility through strategic alliances with giants like Renault and Geely to optimize costs. The goal is to launch a electric car high-tech with a price close to $30.000, making it accessible to the general public in the European market. This new generation of vehicles will be based on a universal platform Developed from scratch, it will serve as the basis for lighter and more competitive models, allowing the brand to regain ground against the growing global competition in the automotive sector.
The UEV project, led by Jim Farley, prioritizes design physics over raw power to maximize the Energy Efficiency By designing the battery as the structural heart of the chassis, Ford manages to reduce the overall weight of the assembly and streamline the factory assembly process. This technical approach aims to transform the vehicle manufacturing through a "tree" type system that simplifies production, ensuring that each new model is cheaper to build and much easier to scale up to an industrial level in all its international plants.
After a period of profound restructuring, the brand is committed to a electric autonomy optimized thanks to its lightweight design and advanced aerodynamics. If Ford manages to produce these affordable and efficient models, it will have a competitive advantage in regions with very strict emissions regulations, such as the European Union. The key to success lies in offering a electric mobility real that balances technological innovation with an attractive selling price, redefining the way consumers perceive and acquire zero-emission vehicles today.
