Self-driving cars could be as fundamentally transformative to the American way of life as, well, cars. But
they’ve always felt like a pie-in-the-sky technology rather than a
product that could be right around the proverbial corner. Today, they
took a significant step closer to widespread introduction, courtesy of
Uber and Volvo. It’s not the first time Uber has deployed self-driving
cars, but bringing the technology to San Francisco, where Uber was
founded, undoubtedly has particular meaning to the company.
While these are self-driving cars, they aren’t driverless
cars. Unlike Google, whose prototype self-driving vehicles lacked both
pedals and steering, each self-driving car from Uber will feature both a
test engineer and a safety driver to gather data, prevent emergency
situations, and monitor the vehicle’s overall performance. As is typical
with Uber, the company is risking running afoul of California’s strict
laws regarding self-driving vehicles. The California DMV has informed
Uber that it should apply for certification that would allow it to drive
on public roads and has awarded such certifications to 20 companies to
date. Uber, in response, claims that its vehicles aren’t technically
autonomous, since a driver is always present.
Unlike Apple
and Google,
both of which have reportedly trimmed their self-driving programs to
focus on software rather than vehicle development, Uber signed a
prominent partnership with Volvo to purchase 100 vehicles modified for
autonomous driving. Volvo agreed to sell Uber 100 XC90 SUVs, which is
what the company is using for this self-driving launch. The auto
manufacturer is working on its own in-house self-driving technology, but
Uber’s vehicles are using their own software, not Volvo’s.
The technology in the newer Volvos is more
streamlined and better integrated than the self-driving Ford Focuses
(Ford Foci?) that Uber launched in Pittsburgh a few months back, The
Verge
reports.
There are just seven cameras, down from 22, and the radar sensors are
installed behind the bumper rather than off the sides of the car. You
can still clearly tell this isn’t a standard vehicle (the photo below is
proof of that), but apart from the spinning lidar dish things don’t
look too unusual. The lidar array provides a 360-degree laser scan of
the environment in addition to the sensors mounted at various points on
the vehicle.
The other major difference between the
Pittsburgh launch earlier this year and this San Francisco debut is
that you’ve got a much better chance of catching a ride. In Pittsburgh,
Uber only made its self-driving cars available to a small group of
people. If you’re in SF, you might get lucky just by using the standard
Uber app. Uber will inform you if a self-driving vehicle has been sent
to your location and you’ll have the option to request a human driver
instead, at least for now.
That “at least for now,” is important,
especially to anyone who actually thought Uber constituted a long-term
employment opportunity. Self-driving vehicles could
reinvent modern transportation by creating an on-demand network for conveyance. It’s even possible, in the long-term, that they’ll obviate the
need
to own a car (as opposed to owning one for fun). But there are going to
be definite winners and losers to this technology, and once costs drop
low enough it’s going to take a hefty whack out of the transportation
business. It may not kill taxis or higher-tier black-car service
outright, but it’s definitely going to put severe pressure on the market
— and Uber has no reason to keep hiring drivers once its vehicles are
capable enough to take their place. Trucking isn’t safe, either — not
with trucks already demonstrating some
short-haul autonomous capability.
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