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Ford CEO Jim Farley said on the company’s third-quarter earnings call that the motors, gearbox and inverters in Ford’s Universal Electric Vehicle platform are about 30% more efficient than BYD’s. Ford says the gains can support a smaller, less costly battery in its upcoming $28,350 Fathom pickup, but it has not disclosed the battery size or the BYD system used for comparison.
Ford CEO Jim Farley said on the automaker’s third-quarter earnings call that the motors, gearbox and inverters in Ford’s new Universal Electric Vehicle platform are about 30% more efficient than BYD’s, a claimed advantage the company says allows it to use a smaller battery in its forthcoming $28,350 Fathom pickup. Ford has not disclosed the Fathom’s battery capacity or identified the BYD powertrain used for the comparison.
Farley described the efficiency comparison as one area where Ford’s technology is advantaged against BYD. He said the combined performance of the platform’s motors, gearbox and inverters helps Ford design a battery that is “much less” in size, although he did not provide a capacity or quantify the expected cost reduction. The battery is generally the largest single cost in an electric vehicle, making any reduction relevant to Ford’s effort to keep the Fathom’s price down.
The Fathom is the first vehicle planned for Ford’s Universal Electric Vehicle (UEV) platform, which the company presents as a lower-cost architecture with fewer parts, improved efficiency and changes to manufacturing. Ford has not announced the pickup’s battery size. Previous reports have estimated a pack in the 50-to-60-kilowatt-hour range, but that figure is not confirmed by the company. The estimate also does not establish the vehicle’s final range.
Ford has framed the platform as a way to make electric vehicles more economically viable than higher-priced models such as the Mustang Mach-E and F-150 Lightning. Chief Operating Officer Kumar Galhotra said the efficiency gains developed for UEV could also benefit Ford’s hybrids. The company has not provided a specific timetable or figures for those potential hybrid improvements in the source report.
How Efficiency Could Lower Fathom Costs
Ford’s claim links powertrain efficiency to one of the main cost pressures in an electric vehicle: its battery. If the Fathom can achieve its intended performance with a smaller pack, Ford could reduce material costs and make the pickup’s $28,350 starting price more achievable. A smaller battery can also constrain driving range, however, so efficiency gains matter only alongside the vehicle’s real-world energy use and usable range.
The comparison also signals how Ford is positioning UEV against Chinese manufacturers. BYD has become a major global competitor, and Ford is emphasizing its own engineering and production changes as it seeks to compete on both price and technology. Farley’s figure is a company executive’s claim, not an independently verified test result presented in the report. Without test conditions and a named BYD model or powertrain, readers cannot tell how closely the two systems were matched.
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Ford’s Cost-Focused UEV Strategy
Ford has presented UEV as a ground-up platform intended to cut cost through a combination of fewer components, drivetrain efficiency and revised manufacturing. Its first planned application, the Fathom pickup, is positioned below the company’s larger and more expensive electric models. The strategy is part of Ford’s effort to make EVs that can compete more directly on price.
Ford is also looking to other automakers for lessons in cost and product development. During the same earnings call, executives discussed what Ford is learning from its partnership with Geely in Europe, including ways to make vehicles more cheaply and speed up development. The company’s approach includes bringing more of its supply chain in-house, according to the source report. These broader efforts provide context for Farley’s efficiency claim, but they do not independently verify the 30% comparison.
““The efficiency of our motors, gearbox and inverters, which are about 30% more efficient than theirs.””
— Jim Farley, Ford CEO, during the third-quarter earnings call
Missing Battery and Test Details
Several details needed to evaluate the comparison have not been disclosed. Ford has not named the BYD model or powertrain behind the 30% figure, described the test conditions, or said whether the calculation covers component efficiency, a full drivetrain or another measure. The source report provides no independent test data confirming Farley’s claim.
Ford also has not confirmed the Fathom’s battery capacity, official range or efficiency figures. The previously reported 50-to-60-kilowatt-hour estimate remains an estimate, not a company specification. The available information does not establish how the claimed efficiency translates into vehicle range, price or performance in production.
Awaiting Fathom Specifications
Ford’s planned next step is to bring the UEV platform to market with the Fathom pickup. More detail on the truck’s battery, range, pricing and production specifications will be needed to assess how the claimed efficiency translates into a retail vehicle. Until Ford releases comparable test data and identifies the BYD system used, the 30% figure should be treated as Farley’s stated comparison, rather than an independently established result.
Ford has also indicated that UEV efficiency work may inform its hybrid vehicles. The company has not yet provided details showing which hybrid models will receive those changes or when they might appear.
Key Questions
What did Ford’s CEO say is 30% more efficient?
Jim Farley said the motors, gearbox and inverters in Ford’s UEV platform are about 30% more efficient than BYD’s. The report does not identify the specific BYD system or the test conditions.
How could the claimed efficiency affect the Ford Fathom?
Farley said the efficiency could let Ford design the Fathom with a smaller battery, potentially helping control costs. Ford has not released the final battery size or quantified the savings.
What is the Fathom’s battery capacity?
Ford has not confirmed it. Previous reports have estimated 50 to 60 kilowatt-hours, but that range is not an official specification.
Has the 30% comparison been independently verified?
The source report does not provide independent test results. The figure is Farley’s claim, and the comparison’s test method and BYD reference powertrain have not been disclosed.
Source: insideevs.com
