Brett T. Evans has more than a decade of experience driving, writing about, and evaluating automobiles. His early career comprised writing about pre- and post-war classic cars, as well as late-model performance diesel trucks. These varied experiences allowed him the chance to gain expertise in every corner of the auto world. Today, he spends much of his time on modern car culture and mass-market news.

Although we typically get spy photos from clandestine individuals who snap unsolicited pictures of upcoming cars, Ford decided to circumvent the whole espionage process with its new Universal Electric Vehicle platform and just release images of its camouflaged, Maverick-sized electric pickup directly to the public. Appearing today on the automaker's consumer site is a new page called "Spotted," where Ford has published three videos on the development of its forthcoming $30,000 electric pickup, promising still more details as the weeks go on. Slated for a debut in 2027, the Universal Electric Vehicle (UEV) could be a real gamechanger for the industry as a whole – if Ford can deliver on its promised timeline and guarantee of affordability.

Ford

Not A Car, Not Yet A Pickup

In the intro video on the microsite, hosted by Ford Executive Director of Advanced EV Development Alan Clarke, the automaker betrays little of its new EV, only saying that the videos are sort of a series of breadcrumbs intended to drop hints and details about the new EV as it starts showing up on public roads in prototype form. Another video, from which these screenshots have been pulled, shows the automaker undergoing closed-course testing at a cold-weather facility in Northern Michigan, where temperatures last season regularly reached double digits below zero.

Ford

The third video on the site is perhaps a bit less extreme, but in all reality, it depicts one of the Universal Electric Vehicle platform's most significant advances compared to most other modern cars today. Taken from Ford's New Model Programs Development Center in Allen Park, Michigan, the footage shows Mark Gentry, a Ford technician, "marrying" some of the car's largest components in what facility employees call the Chapel of Love. Here, the UEV's biggest components are fused together, like its unicast body shell and chassis. Gentry says that in his 26 years of building Ford prototypes, nothing has gone together as easily as the EV pickup – a boon for potential cost savings.

What Is Unicasting On The New Ford EV?

The production method being tested out in Allen Park, Michigan, is new to Ford. Unicasting involves taking massive swaths of molten metal – in this case aluminum – and pressing them into shape, forming the basis of bodywork and vehicle substructures in one fell swoop. The process replaces hundreds of individual components with a single part, which saves time and money while also reducing manufacturing complexity and overall vehicle weight.

Other cost savings planned for the UEV platform are LFP battery cells, which don't use nickel or cobalt and are cheaper to source and produce than other lithium ions. And again in a bid to ease manufacturing simplicity, the cells themselves don't go into a separate battery pack. Instead, the UEV is cast with a built-in housing into which the LFP cells are directly installed, a move that again reduces weight and cost.

Ford

CarBuzz Insight – Why This Matters

The videos clearly show that Ford is serious about its so-called "Model T moment," a term coined by CEO Jim Farley to describe the UEV platform's supposedly revolutionary cost-effectiveness. We've heard rumblings of Maverick-sized electric trucks from the Blue Oval undergoing testing on public roads, and it seems as though Ford is heading off the rumors by addressing them directly with its own narrative in place. All that is good news for the consumer – the automaker is publicly committing itself to the cheap electric program, which according to Ford financial chief Sherry House, will not only compete with other EVs, but also be a compelling alternative to inexpensive internal-combustion cars as well.

Source: Ford