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Future cars: electric, more amenities, driverless by 2020
By Dick Pelletier
Despite world car population approaching one billion, the
economy has devastated the auto industry. To revive their
failing businesses, U.S. automakers are going electric. Industry
experts predict that by 2013, 200,000 battery-driven vehicles
will be on the road; by 2015, 600,000; and by 2020; 4 million
American cars will run on electricity.
Today these cars are a bit pricey at $5,000 over comparable
gas models, but the Obama tax incentive is expected to make them
more attractive; and the promise of superior performance and 300
miles between charges on planned future models will help spur
sales. Chrysler ecoVoyager, Dodge Zeo, and
GM's hybrid Volt all hope to dominate the market.
Mercedes-Benz, Mitsubishi, Toyota,
Tesla, and China's BYD E6 are also developing
all-electric cars for the U.S.
High-tech amenities are in. Half of new vehicles sold in the
U.S. are MP3-enabled and 80% connect with wireless
Bluetooth headsets. GM's OnStar remotely unlocks
doors, disables stolen cars, and dials 911. Toyota
plans to launch a similar driver-assist program and Ford's
Sync will soon add voice-activated on-demand traffic,
sports and weather, plus GPS navigation.
Hyundai recently launched a system that warns when
drivers unintentionally drift lanes. Pedestrian-detection
software with heat-seeking cameras will soon alert drivers when
a human is in their path. Ford is releasing a car computer to
bridge home workstations with the office, and AT&T plans to sell
an in-car 22-channel satellite TV system.
Other advances planned for tomorrow's cars include
eliminating the drive train by placing electric motors in each
wheel, which improves safety, reduces weight, and allows extra
storage; self-healing rubber that prevents tires from being
deflated; and futuristic designs of dent-proof nanomaterials
that change shape and color on command (think KITT on
NBC's Knight Rider).
As computers and sensors become more sophisticated, cars
handle more of the boring and tricky work of driving. By 2020
experts predict, they will handle all of it. When cars know
where they are, where they need to go, recognize lane markers,
alert one another to their actions, and automatically steer and
brake, some ask, what's left for humans to do? The answer: sit
back, relax; browse the net or watch TV.
Computer-driven cars are collision-proof, putting an end to
most traffic deaths. They also promise higher speeds and lower
energy consumption. Cars could travel highways and streets at
high speeds using less energy and without risk of accidents.
Self-driving cars are possible on our current roadways using
technology that could be in place within a decade, said GM
research executive Larry Burns at the 2009 Las Vegas
Consumer Electronics Show. The concept embraces emerging
automated cognitive and control technologies ultimately aimed at
a "taxi-like" passenger experience, but without need for human
drivers.
Most barriers to driverless cars are social rather than
technical. Drivers are already uncomfortable with "event data
recorders" that record a car's actions prior to an impact. How
will they react to cars that continuously record everything?
And some people will always put ultimate faith in their own
driving skills. But as our "magical future" begins to unfold,
forward-thinkers believe that by mid-2020s or sooner, driverless
electric cars will become an indispensable part of our lives.
This article appeared in various print publications and
on-line blogs. Comments always welcome.
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