
Uber has long stirred
controversy and consternation over the higher “surge” prices it charges at peak
times. The company has always said the higher prices actually help passengers
by encouraging more drivers to get on the road. But computer scientists from
Northeastern University have found that higher prices don’t necessarily result
in more drivers.
Researchers Le Chen,
Alan Mislove and Christo Wilson created 43 new Uber accounts and virtually hailed
cars over four weeks from fixed points throughout San Francisco and Manhattan.
They found that many drivers actually leave surge areas in anticipation of
fewer people ordering rides.
“What happens during a
surge is, it just kills demand,” Wilson told ProPublica. “So the drivers
actually drive away from the surge.”
When contacted this
week, Uber said that their own analysis has shown that surge pricing does, in
fact, attract more drivers to surge areas. “Contrary to the findings in this
report — which is based on extremely limited, public data — we’ve seen this
work in practice day in day out, in cities all around the world," Uber
spokeswoman Molly Spaeth wrote in an email.
The researchers also
uncovered a few tips about how to avoid surge prices. They found that changing
your location, even by a few hundred feet, can influence the price you get.
They also discovered that you can often get back to normal fare levels by waiting
as few as five minutes.
“The vast majority of
surges are short-lived, which suggests that savvy Uber passengers should
‘wait-out’ surges rather than pay higher prices,” the authors wrote in a new
study they are presenting at a conference in Tokyo on Friday.
The Northeastern
scientists found that Uber’s price scheme divides cities into “surge areas” and
calculates prices for each one independently. The boundaries are not known to
consumers. “[T]wo users standing a few meters apart may unknowingly receive
dramatically different surge multipliers,” the scientists wrote. “For example,
20 percent of the time in Times Square, customers can save 50 percent or more
by being in an adjacent surge area” a block or two away.
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