Ford shifts F-150 Lightning to EREV format

Ford Motor Company (F) has ended production of the current all-electric F-150 Lightning and plans to relaunch the pickup as an extended-range electric vehicle, or EREV. The change affects one of Ford’s only three core EV products, alongside the Mustang Mach-E and E-Transit commercial van.

The F-150 Lightning redesign is part of a broader reset of Ford’s electric-vehicle strategy. The company said it expects to record roughly $19.5 billion in special items tied to its EV strategy, with the majority expected to be recognized in the fourth quarter, which pushed it to a net loss of about $11.1 billion for the period.

The move comes after Ford’s Model-e division, which houses EV operations, lost $4.8 billion in 2025. Until Ford’s next major EV push in 2027, its core battery-electric lineup will remain limited while it leans on plug-in hybrids and prepares the new EREV truck.

Ford’s decision to replace the original F-150 Lightning with an EREV configuration was a key factor behind the $19.5 billion in special charges booked in the fourth quarter. These charges significantly affected reported earnings and highlighted the high cost of changing course in EV strategy.

Despite the scale of the write-down, the shift is described as a response to current market and cost pressures rather than a wholesale abandonment of full battery-electric vehicles. The company is not turning its small EV lineup into a full EREV portfolio.

Instead, the EREV Lightning is positioned as an interim solution that keeps an electrified F-150 in the market while Ford works to lower costs and scale future EV offerings. The company’s next major push is tied to a new Universal EV Platform slated to debut in 2027 on a midsize EV truck.

Extended-range EVs differ from traditional hybrids because the combustion engine does not connect mechanically to the drive axle. The engine functions as a generator that recharges the battery when its charge is depleted, while the wheels are driven electrically.

This setup can reduce vehicle weight and enables the use of a smaller battery pack. According to consultancy McKinsey, downsizing batteries in this way can trim around $6,000 from powertrain production costs compared with a full battery-electric vehicle.

Automakers in North America and Europe are revisiting EREV technology as a potentially lighter and lower-cost alternative to full EVs, following its traction in China led by brands such as Li Auto (2015.HK). For Ford, adding an engine to an existing EV platform is described as less complex than a full redesign and offers an additional option as traditional internal-combustion platforms phase out.

EREVs remain controversial within the industry. Some observers view them as a potential detour that could delay mainstream adoption of full battery-electric vehicles at a time when many EV programs are already generating steep losses.

There are also examples of automakers reassessing the technology. Mercedes-Benz dropped its EREV plans after trials, concluding that the systems were more expensive than desired, offered only short-term benefits, and increased maintenance complexity.

Within this context, Ford’s Lightning EREV is framed as a near-term necessity rather than a long-term strategic pivot. The company’s future EV roadmap still centers on its Universal EV Platform and a new midsize EV truck expected in 2027, which are intended to deliver greater scale and lower costs.