Ford’s BlueOval Battery Park Michigan has reached 500 employees and assembled its first complete lithium-iron phosphate battery cells, two milestones that put the Marshall plant on track to deliver production-ready cells by the end of the year.
The facility plans to hire 800 workers by year-end, stepping toward a total headcount of 1,700. Ford has received more than 11,500 applications for those jobs, the majority coming from Marshall, Albion, and Battle Creek. More than 70 percent of current employees live within a 45- to 60-mile radius of the plant.
Production progress is the sharper measure. Team members now assemble full LFP prismatic cells from slurry to coating and formation, through aging and final inspection. The plant has moved past pre-production sample work and into what Ford describes as production verification, testing cells to meet quality targets where anomalies are measured in parts per billion. Ford is working with CATL, the Chinese battery manufacturer that supplies the cell chemistry and production processes the Marshall plant replicates.
If the timeline holds, BlueOval Battery Park Michigan will ship electric vehicle batteries in 2026, making Ford the first automaker to deliver lithium-iron phosphate batteries in the United States for mainstream consumer automotive use. Those cells will power an affordable midsize electric truck, the first vehicle on Ford’s Universal EV Platform, scheduled for 2027.
The plant’s annual production capacity is approximately 20 gigawatt hours. Context for that figure: the F-150 Lightning uses a roughly 98-kilowatt-hour battery in its standard-range configuration and a 131-kilowatt-hour pack in extended-range form. Twenty gigawatt hours translates to enough cells for somewhere between 150,000 and 200,000 trucks per year, depending on pack size. Ford has not disclosed the battery capacity for the upcoming midsize truck.
Lithium-iron phosphate chemistry trades energy density for cost, durability, and thermal stability. LFP cells are heavier and bulkier than nickel-manganese-cobalt packs at equivalent capacity, which makes them a harder sell in long-range applications where every kilowatt-hour counts. The tradeoff works better in midsize vehicles where range expectations are lower and price sensitivity is higher. Ford is positioning the chemistry as an enabler of affordability in a segment where the company does not currently compete.
The hiring and training ramp is proceeding on Ford’s multi-level certification structure. Employees start with classroom work required to access the production floor, move to hands-on learning under supervision, then to independent operation, and finally to trainer status. So far, 87 percent of production employees have reached the second certification level, where they operate machines under the guidance of subject-matter experts.
Training covers electrochemistry, robotics, software, quality control, and cleanroom protocols. The cleanroom requirement is functional, not performative: preventing particles from entering a battery cell as it comes together is the difference between a cell that works and one that shorts. Employees learn the human-machine interfaces that control coating equipment, formation chambers, and aging racks. They also learn maintenance, becoming what Ford calls experts in their area of the plant.
Michigan Governor Gretchen Whitmer framed the plant as a jobs and supply-chain win. BlueOval Battery Park Michigan, she said, “brings world-class battery technology to our state and positions us to bring even more auto and battery manufacturing back from overseas.”
The onshoring argument is straightforward: Ford is replicating CATL’s production process in Michigan rather than importing finished cells from China. Whether that qualifies as bringing technology back from overseas or simply licensing it under a domestic roof depends on how much weight you assign to the word “onshoring.” The chemistry, the equipment suppliers, and the manufacturing expertise all originate with CATL. Ford’s contribution is the capital, the facility, and the workforce.
What the company has not addressed publicly: how the plant’s economics shifted after Ford scaled back its electric vehicle production plans in December. The original business case assumed higher EV volumes than Ford now projects. The web search results note that the plant’s focus has expanded to include residential energy storage applications alongside vehicle battery production, a hedge against slower automotive demand. Ford did not mention residential storage in this update.
The next proof point is whether the 2026 ship date holds and whether the cells that come off the line meet the parts-per-billion defect target Ford is aiming for. Battery manufacturing at scale is a different problem than assembling sample cells in a pilot line. The Marshall plant is moving from one to the other.
Source: Ford. Images courtesy of Ford.
