Ford turns to F1 and bounties to build a $30,000 electric truck

Ford is set to unveil an electric truck priced at $30,000 next year, aiming to rival Chinese competitors without sacrificing profit margins. The company is leveraging innovative strategies, including 3D-printed components, insights from Formula 1, and a unique bounty program to achieve this goal. In December, Ford faced a significant setback, losing $19.5 billion and halting production of its F-150 Lightning electric model. With the stakes high, Ford recognizes the necessity of a successful electric vehicle (EV) strategy. The push for more affordable EVs began with a specialized team led by Alan Clarke, a veteran from Tesla, and was partly revealed last August when Ford announced its plan to revamp its Louisville factory with a $2 billion investment. This investment is intended to modernize production lines and enhance efficiency by 15%. Ford's approach revolves around a universal EV platform, or UEV, designed to support a range of vehicles from a mid-sized truck to sedans and SUVs. This platform represents a fresh start for Ford, moving away from traditional manufacturing methods used in the Mustang Mach-E and Lightning models. Clarke emphasized that the UEV is centered on efficiency and affordability, aiming to make long-range electric travel accessible to a broader audience. To foster this new direction, Ford has assembled a team of about 450 individuals in Long Beach, California, and 200 in Palo Alto, drawing talent from sectors including Formula 1, Apple, and Tesla. They have introduced a bounty program that incentivizes engineers to focus on efficiency metrics, allowing them to make informed decisions that directly impact the vehicle's performance and cost. For instance, even the most basic version of the new EV truck will include a power-folding mirror, a feature typically found in higher-end vehicles, because it enhances aerodynamics. The design team has utilized advanced 3D printing techniques to create precise, Lego-like components, enabling rapid aerodynamics testing—an approach that traditionally occurred later in the vehicle development process. Significantly, the new truck is projected to achieve around 15% greater range than comparable gasoline-powered pickups, thanks to a lighter design that allows for a smaller, less expensive battery. Ford is adopting manufacturing techniques inspired by Tesla, such as using aluminum unicastings and transitioning to a 48-volt power system, which streamlines vehicle architecture by consolidating electronic control units into five main modules. This consolidation not only reduces complexity and costs but also lightens the overall weight of the EV truck. Ford has developed proprietary software for these modules, providing them with greater control over vehicle functions and enhancing the user experience. Clarke believes that this integrated approach will revolutionize how features and sensors work together within the vehicle, paving the way for innovative future capabilities.