Ford is betting on efficiency to make electric vehicles affordable with its 2027 $30,000 EV pickup. The company has created an internal skunkworks to design a new Universal EV Platform that uses fewer components and less energy. This midsize truck aims to deliver more interior space than a Toyota RAV4 while cutting battery costs significantly.

Ford's strategy focuses on aerodynamic efficiency and reducing weight to maximize range with smaller batteries. About 40 percent of vehicle cost comes from the battery, so Ford is developing new prismatic lithium iron phosphate cells made in Michigan. The Louisville assembly plant will use 40 percent fewer workstations than traditional lines, streamlining production and cutting costs.

The company has implemented "bounties" to align engineering teams around shared efficiency goals. This system quantifies trade-offs - for example, adding 1 mm to roof height costs $1.30 in battery expense or reduces range by 0.055 miles. Ford claims these innovations will deliver 15 percent better efficiency than current electric vehicles. The approach represents a fundamental shift from the full-size electric pickup strategy that failed to attract mainstream buyers due to high prices and range limitations.