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Ford Discontinues All-Electric F-150 Lightning Production, Prioritizes Hybrids and Smaller EVs

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Ford Discontinues All-Electric F-150 Lightning Production

Ford Motor Company has announced the cessation of production for its all-electric F-150 Lightning pickup truck. The company intends to reallocate its focus towards hybrid vehicles and the development of a new line of smaller, more affordable electric vehicles (EVs). Battery manufacturing facilities previously designated for Ford trucks will now be repurposed to supply the electric grid.

Strategic Rationale

Ford cited customer demand and the ongoing unprofitability of the all-electric Lightning as key factors in this decision. Andrew Frick, president of Ford Blue and Ford Model e, stated that consumers are interested in benefits of electrification, such as instant torque and mobile power, but also prioritize affordability. He indicated that Ford is shifting investments from large, unprofitable EVs to areas expected to yield higher returns.

Product Transition

The F-150 Lightning's design originated from a gasoline-powered truck. An upcoming plug-in hybrid version of the truck will incorporate a gasoline engine that functions as a generator, providing extended range. This marks a transition from the all-electric model to an extended-range hybrid variant.

Market Introduction and Performance

Launched in 2021, the all-electric F-150 Lightning was initially advertised with a starting price of approximately $40,000. However, upon reaching production, the 2025 model's base price increased to approximately $55,000. The vehicle was designed to appeal to mainstream truck buyers and featured onboard power outlets for various applications, including powering tools, supporting tailgating events, and serving as a home backup generator during power outages.

The F-150 Lightning received multiple accolades, including the 2023 Truck of the Year from Motortrend and the North American Car, Utility and Truck of the Year Awards. Kelley Blue Book named it the top electric truck for 2024. Ford reported it as the best-selling electric truck in America during the previous quarter.

Challenges Encountered

Despite its critical recognition and sales position within its segment, the overall electric pickup truck category faced challenges related to performance, affordability, and sales targets. The Lightning specifically encountered reliability issues and demonstrated limited range, particularly when towing, which impacted its appeal for traditional truck usage. Ford also reported financial losses on each unit sold, attributed to lower-than-anticipated EV sales and higher-than-expected production costs.

Regulatory Environment

Recent changes in U.S. EV policy, including the elimination of a $7,500 tax credit and adjustments to emissions and fuel economy standards, have influenced the automotive industry. Andrew Frick noted that these regulatory shifts were part of the broader context informing Ford's decision to discontinue the all-electric vehicle and focus on the extended-range version. Reduced federal regulations allow automakers to produce more gasoline and diesel-powered trucks with fewer regulatory constraints.

Future Strategy and Financial Impact

Ford's revised EV strategy emphasizes smaller, more affordable models. This includes a midsize pickup truck announced in August, targeting a $30,000 price point for release in approximately one year. The strategic pivot is expected to result in billions of dollars in write-offs and cash costs for Ford this year, which the company anticipates offsetting through the introduction of potentially profitable vehicles.

Repurposing Battery Production

The strategic shift has created excess battery production capacity due to Ford's prior investments in EV manufacturing facilities. As a result, Ford has announced plans to retool a battery production site in Kentucky. This facility will now produce batteries for stationary energy storage applications, such as balancing the electric grid by storing power during peak generation (e.g., from wind and solar) and discharging during periods of high demand or scarcity. These batteries will also be supplied to data centers and other industrial customers.