At a recent investor event, Ford Motor Company Executive Chairman Bill Ford—great-grandson of founder Henry Ford—highlighted the automaker’s continuous profitability streak, noting 18 consecutive quarters of positive free cash flow. He emphasized Ford’s return on invested capital of 12.5% in 2025, attributing success to disciplined cost controls, a streamlined model portfolio that reduced platform variants by 25% over two years, and growing market share in North America’s full-size pickup segment by 150 basis points year-over-year to 40%. His remarks aimed to reassure shareholders that the company’s century-old heritage underpins a modern turnaround driven by efficiency and core product strength.

In an on-stage interview at the 2026 Detroit Auto Show, CEO Jim Farley candidly assessed Ford’s electric-vehicle strategy, acknowledging that early EV models underperformed target margin thresholds of 10%, delivering closer to 6% due to elevated battery costs and slower-than-expected consumer uptake. Farley outlined a three-point corrective plan: renegotiating supplier contracts to cut battery cell costs by 15% by 2027, prioritizing high-volume nameplates like the electric F-150 Lightning for improved scale, and allocating $1.2 billion to software upgrades aimed at boosting per-vehicle revenue through subscription services. He also confirmed Ford’s return to Formula One in 2026, projecting a 20% boost in global brand awareness and an estimated incremental annual marketing reach of 50 million fans worldwide.

According to people familiar with the discussions, Ford is negotiating a multi-year agreement to source hybrid-vehicle battery cells from China’s BYD for assembly plants in Europe and Asia. The proposed deal, if finalized by mid-2026, would supply up to 200 GWh of lithium-iron phosphate modules over five years, leveraging BYD’s production capacity to offset a 12% drop in U.S. EV deliveries last quarter. Ford expects the partnership to reduce per-kilowatt-hour pack costs by up to 10%, support its planned launch of three new hybrid models, and improve overall gross margins in electrified vehicle lines by as much as 300 basis points by 2028.

Faced with softer-than-anticipated EV demand, Ford is repurposing its recently completed Kentucky battery factory—built at a cost of $6 billion with partner SK On—to produce stationary energy storage cells. The automaker plans to invest an additional $2 billion through 2028 to expand capacity and target commercial and utility customers. Combined with a Michigan plant dedicated to residential storage modules, Ford projects total energy storage shipments reaching 5 GWh in 2027, with an expected standalone division operating margin of 15%, roughly double the current automotive margin. This strategic pivot leverages existing manufacturing assets to diversify revenue streams while global electricity storage demand is forecast to grow at a 25% compound annual rate through 2030.