In the United States, Ford Motor Company has unveiled key details regarding its upcoming battery-electric truck that is set to begin production in 2027 in Kentucky. The company has stated that the design of this truck has been heavily influenced by Formula One principles, focusing on aerodynamics and efficiency. As Ford pushes to modernize its electric vehicle offerings, this new truck aims to be 15% more aerodynamically efficient than the most competitive models currently available on the market. The development of the electric truck at Ford represents a shift in the company’s approach, drawing from the expertise of former Formula One engineers who have brought a fresh perspective to vehicle design processes. Saleem Merkt, Ford's advanced electric vehicle aerodynamics senior manager, highlighted the implementation of an 'F1-like' development cycle which allows for rapid prototyping and testing. This approach has encouraged a culture of innovation through a 'fail fast, learn faster' methodology where adjustments can be made early and often during the design phase. In practice, this has meant utilizing wind tunnel testing during the early design stages rather than waiting until a design nears completion. The creation of modular test vehicle builds has allowed Ford engineers to easily swap components in and out for testing, similar to building with LEGO. Thousands of parts, including key systems like suspension and drive units, are being tested to optimize performance and efficiency. Additionally, the use of artificial intelligence has been integral to the design process. AI has enabled Ford teams to create complex data models that track performance in real-time, a tool that has been especially resourceful for collaboration across different offices. The outcomes of this Skunkworks project not only contribute to the upcoming truck's design but lay the groundwork for future AI-driven initiatives within Ford’s electric vehicle strategies.