Ford Motor Company today unveiled key engineering details behind its next-generation Universal Electric Vehicle (UEV) platform, outlining a strategy designed to deliver more affordable and efficient electric vehicles. The announcement was delivered during a tech briefing titled “Ford Bounty Hunters: The Pursuit of Efficiency,” where executives and engineers detailed how the automaker plans to reduce EV costs through design, manufacturing, and battery innovations.
The first vehicle on the new platform will be a mid-size electric pickup targeted for launch in 2027 with a starting price of approximately $30,000. Ford positioned the vehicle as a reset for its EV business, focusing on efficiency-driven engineering rather than larger battery packs to achieve competitive range and performance.
Engineers highlighted several technical changes intended to drive down cost and weight. The new pickup is reported to achieve more than 15% less aerodynamic drag than current pickups, aided by refined body shaping and smaller components. The vehicle will utilize lithium iron phosphate (LFP) battery cells produced in Michigan, a chemistry known for lower cost and durability compared to some nickel-based alternatives.
Ford also confirmed it is adopting large aluminum castings, a manufacturing approach similar to Tesla’s gigacasting, to significantly reduce the number of individual parts in the vehicle structure. By consolidating multiple stamped components into large cast sections, the company aims to reduce complexity, weight, and assembly costs. In addition, the UEV platform features a new zonal electrical architecture that reduces wiring and centralizes computing power, further lowering material costs and simplifying production.
Executives described an internal “bounty system” where engineering teams seek measurable reductions in weight, drag, and cost, encouraging incremental improvements that compound into meaningful efficiency gains, reducing the overall energy consumption of the vehicle as a system, “not simply an optimization of a single part,” according to Alan Clarke, Ford’s UEV Platform and Product Leader.
The strategy comes as Ford works to reposition its electric vehicle portfolio following financial losses in prior EV programs. Rather than prioritizing larger, higher-priced models, the company is shifting focus toward smaller, more affordable vehicles that can compete more directly with mainstream internal combustion offerings. The UEV Platform is expected to underpin multiple future products beyond the initial mid-size truck.
While Ford did not disclose full specifications such as official range or charging metrics during the briefing, the company emphasized that efficiency gains, rather than oversized battery packs, will be central to delivering usable real-world performance at a lower price point.
