Skip to main content

Autonomous Mercedes concept shape-shifts from cargo van to rideshare vehicle

Autonomous vehicles will theoretically be able to stay on the road for very long periods of time, meaning they can generate more revenue for owners. To take full advantage of that, the Mercedes-Benz Vision Urbanetic concept can switch bodies, going from cargo van to ridesharing shuttle like an over-caffeinated workaholic juggling part-time jobs.

Similar to the Toyota e-Palette concept unveiled at CES 2018, the Mercedes consists of a flat chassis and multiple bodies that can be snapped in place like Lego. A passenger version can accommodate up to 12 people (eight seated, four standing), but that can be substituted for a cargo box. All mechanical components are housed in the flat chassis, an idea that dates back to the General Motors Autonomy concept of the early 2000s. This, along with the elimination of a driver’s cab, maximizes interior space.

Bodies are designed to be switched manually or through an automatic system that takes just a few minutes, according to Mercedes. The bare chassis was also designed to drive around without a body, giving operators a bit more flexibility. Mercedes envisions fleet operators digitally summoning one of these vehicles when needed. The automaker believes this will allow the same amount of people and cargo to be transported with fewer vehicles, allowing urban areas to grow economically without the need for more road construction.

With a body attached, the Vision Urbanetic can use an array of cameras and sensors to observe its surroundings, and communicate to other road users with lights. The vehicle can, for example, illuminate a frontal display to tell pedestrians that it’s giving them the right of way. Inside, augmented reality displays can sync with a passenger’s smartphone and display personalized information.

The Mercedes-Benz Vision Urbanetic is just a concept vehicle; it’s unclear if anything even remotely similar will ever make it to production. But Mercedes’ prediction that future self-driving cars will be used mostly by fleets is sound. Deploying autonomous cars in ridesharing or delivery services is a lot less risky than selling them to individual buyers. It allows companies to maintain more control over this new and untested technology, and make more money off of it in the long run.

Editors' Recommendations

Stephen Edelstein
Stephen is a freelance automotive journalist covering all things cars. He likes anything with four wheels, from classic cars…
Ford reveals the vehicle destined for its autonomous-car services
ford reveals the car destined for its autonomous services vehicle

A Fourth-Generation Self-Driving Test Vehicle from Ford and Argo AI | Innovation | Ford

Ford has unveiled its fourth-generation autonomous test vehicle as it moves toward the launch of commercial services using the technology.

Read more
Autonomous vehicles set to get their own special roads in Michigan
michigan plans special roads for autonomous vehicles only cavnue an arbor road

The state of Michigan has unveiled an ambitious plan to build roadways solely for autonomous vehicles. In what would be a first for the U.S., the initial route would cover a distance of about 40 miles and run between Detroit and Ann Arbor.

Part of Michigan’s ongoing efforts to establish itself as the hub of autonomous-vehicle technology research and development, the special road could be built alongside Michigan Avenue and I-94 and used initially for testing and also public transportation using autonomous shuttles.

Read more
Amazon buys autonomous vehicle startup Zoox for more than $1 billion
Zoox CEO Aicha Evans

Amazon has agreed to acquire Zoox, a self-driving vehicle and ride-hailing service startup based in California with nearly 1,000 employees. The move could signal Amazon muscling in on Uber and Lyft's territory.

The deal was first reported by The Information, which said that Amazon is paying more than $1 billion for the acquisition. Amazon has since confirmed its purchase of Zoox, but did not disclose the transaction's details.

Read more