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How will autonomous vehicle technology earn its keep In addition to safety benefits OTTO founder Anthony Levandowski envisions a future where highway tractors will be built without cabs noting that 3040 of the cost of a truck is related to driver comfort In turn these smaller lighter vehicles would allow for greater payloads and 247365 operating capability
<p>How will autonomous vehicle technology earn its keep? In addition to safety benefits, OTTO founder Anthony <span data-scayt-lang="en_US" data-scayt-word="Levandowski">Levandowski</span> envisions a future where highway tractors will be built without cabs, noting that 30-40% of the cost of a truck is related to driver comfort. In turn, these smaller, lighter vehicles would allow for greater payloads and 24/7/365 operating capability.</p>

OTTO, Uber and the new age of ‘no touch freight’

Free autonomous systems for truckers? Visionary says maybe, with a catch

LAS VEGAS. Would you, as an owner-operator, be interested in technology that would drive your rig when you needed to rest? While it's easy to imagine that big fleets will be the early adopters of autonomous trucks built by the global truck brands, one entrepreneur has already developed an aftermarket sensor package, and he just might be willing to give truckers a break on the price: All you'd have to do is sign up for a new service his company is rolling out. By the way, ever heard of Uber?

Tomorrow wouldn’t be too soon for self-driving trucks to move freight on American highways, if Anthony Levandowski had his way.  He's the Silicon Valley visionary who led the development of Google’s driverless car project before starting his own company, OTTO (recently bought by Uber), to bring autonomous technology to tractor-trailers.

His add-on kits would provide auto-pilot capability to owner-operators, for starters, allowing a one-truck carrier to extend operating hours and equipment utilization. Ultimately technology will substantially streamline freight movement, both in the marketplace and on the highway, as he outlined to attendees at the American Trucking Assns. Management Conference and Exhibition here.

“The way trucks are being driven today dictates how the logistics of the whole country looks,” Levandowski explained, and he showed a graphic illustrating how distribution centers are located based on the range trucks can cover in a day. But that distance isn’t determined by the equipment, it’s determined the federal government’s hours of service limits on truck drivers, rules that “are confusing, they’re evolving, they’re hard—and they don’t quite make sense. And they’re being enforced on paper: It’s 2016, guys. How are they still enforcing HOS on paper?”

More to the point, when it comes autonomous vehicles, an hours limit on computers “doesn’t really make sense.”

Suggesting that technology is “shaped over time and it makes our lives better,” Levandowski likened the evolving movement of freight to the way elevators have improved—from the early days when operators were required to handle the controls, to today’s automated systems.

“But if you think about it, the way we drive a truck is you just have to stay in the lane,” he said. “But, up until now, we just didn’t have the right technology for seeing the world in 3-D, and understanding where the truck is driving [and its surroundings].”

And, of course, Levandowski contends that load-matching technology such as Uber’s will revolutionize the supply chain, comparing today’s brokers to telephone operators who manually patched through calls to receivers.

“It’s 2016. We now make phone calls that are automatically connected. Why aren’t shipments automatically connected from the shipper to the carrier and vice versa?” he asked.

For instance, empty miles are simply a function of the current inefficiency in the marketplace—a problem that could be greatly reduced with the right technology to pair freight with truck capacity.

But even as OTTO trucks are already being tested on the highway, and self-driving cars are increasingly spotted on city streets, the technology still faces challenges as to cost and safety before it can be widely adopted and accepted by the public (and policy makers).

For Levandowski, projected safety benefits will be demonstrated readily—largely because human drivers are so prone to error, he suggested, and he presented data charting the correlation of driver fatigue with unsafe performance.

Still, real-world testing will be required to make the case—and it’s under way.

“The goal is once you prove that technology can drive better than the best drivers, you want to take that and put it on everything,” Levandowski said.

As to costs, while there’s certainly a premium for early adopters, the savings could be substantial down the road. Levandowski envisions a future where highway tractors will be built without cabs, noting that 30-40% pf the cost of a truck is related to driver comfort. In turn, these smaller, lighter vehicles would allow for greater payloads and 24/7/365 operating capability—again, improving supply chain efficiency.

Additionally, he hinted that Uber might even offer the OTTO technology at substantially reduced prices to carriers willing to sign on to the coming Uber Freight load-matching platform.

Still, the world is not yet so efficiently and seamless as Silicon Valley visionaries might wish, and there are a number of intermediate steps still be taken before “no touch freight” becomes a hi-tech reality.

That issues will be discussed in Part 2 of this report next week.

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