FORD’S POTENTIAL F-150 LIGHTNING EXIT SIGNALS TROUBLE FOR BIG EV TRUCKS

“The demand is just not there,” said Adam Kraushaar, a New Jersey dealer who sells Ford, GMC, and Chevy trucks. His candour underscores a growing sense of unease in Detroit’s executive suites as Ford weighs scrapping the all-electric F-150 Lightning-once hailed as a “modern Model T” amid mounting losses and a collapsing market for large EV pickups.

Presumably, the Lightning was supposed to tap into the F-Series’s dominance in the US truck market, but actual sales have fallen well short of its tooled capacity. Its dedicated assembly line at the Rouge Electric Vehicle Centre was tooled for up to 150,000 units annually. In October, the first month after the expiration of the federal EV tax credit, Ford sold just 1,500 Lightnings versus 66,000 gasoline-powered F-Series pickups. That mismatch is at the core of the financial pressure: Ford’s EV business has posted a $13 billion loss since 2023, with the Lightning and Mustang Mach-E responsible for the lion’s share of the shortfall.

The economics of full-size electric trucks have come unforgivingly. Their one-ton battery packs drive sticker prices from roughly $55,000 to nearly $90,000, well above the $40,000 entry point Ford once promised. Range ratings that look competitive on paper-often 300 miles-can drop sharply under real-world conditions. Towing heavy loads or operating in cold weather can cut usable range by more than half, a problem compounded by the sparse and inconsistent charging infrastructure for large EVs. Indeed, according to AAA data, at 20°F, EVs without heat pumps can lose as much as 40% of their range, a factor critical for work-truck buyers in northern climates.

The rivals of Detroit are carrying out similar retreats. Stellantis axed its planned all-electric Ram 1500 in favor of a range-extended hybrid model. GM idled thousands of its Factory Zero plant and laid off EV and battery workers, as executives debated whether to cull electric pickups from the lineup altogether. Sales of Tesla’s Cybertruck have fallen sharply; Rivian has cut jobs to conserve cash. The early bet across the industry that loyal buyers of the trucks would take to battery power if it was delivered in familiar, full-size packages has not been rewarded. For all the progress, technical advances have yet to bridge the gap between EV capability and customer expectations for heavy-duty work.

Much-promised next-generation battery chemistries will bring higher energy density-500 Wh/kg cells would theoretically halve pack weight-but these technologies remain in development and face scaling challenges. In the interim, hybrid and extended-range electric powertrains offer a pragmatic bridge. Combining a smaller battery with an onboard generator, they can deliver EV torque and lower emissions without the crippling range penalties of pure battery power under load. Ford CEO Jim Farley has acknowledged a change in course: “EVs are great for commuting and other local driving, while hefty trucks will continue to need hybrid or all-gasoline powertrains.” The company’s future EV focus is now on smaller, more affordable models built on its Universal EV Platform, a radical three-piece casting architecture designed to cut manufacturing costs and complexity.

The first product, a $30,000 mid-size electric pickup with unibody construction, is due in 2027. Farley says it’s “really not a promising pickup,” with RAV4-like interior space, rear-wheel drive performance, and a digital interface “no one’s seen even in China.” The prospective demise of the Lightning underlines for automotive strategists what should have been obvious: The need for product engineering to be aligned with market realities. Big EV trucks have now demonstrated the limitations of contemporary battery technology in high-load applications, the vulnerability of demand to policy shifts such as tax credit expirations, and the risks of overbuilding capacity in anticipation of “hockey-stick” growth curves that fail to materialise. This retreat from the segment is not a wholesale rejection of electrification but a recalculation toward platforms and powertrains that can be profitably produced and broadly adopted.

2025-11-10T10:33:45Z