05 June
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Automakers Struggle to Create an iPhone-Simple User Interface

Photo: General Motors

As automakers continue to load vehicles with the features and functionality people expect from their portable devices, the in-dash user interface has become a branding battleground – and the Achilles’ heel of the increasingly connected car. While giving a smartphone or tablet undivided attention is common – if not considered rude, depending on your circle of friends – calling up a Pandora station on your iPhone while driving has the potential to put your life, and others on the road, at risk.

Automakers have to strike a balance between providing drivers the smartphone-enabled applications they desire, while making them safe to access on the fly. But that poses its own issues, including liability concerns and a fear that the feds – fired up about distracted driving – could mandate or outright ban these newest technologies in the car. U.S. Secretary of Transportation Ray LaHood has personally called out automakers for putting tech prowess and profit before public safety, and has singled out Ford’s Sync system in particular.

But as automakers have pushed smartphone integration as a way to bring connectivity to the car – and attempted to emulate the slick touch screens of the devices – the most cutting-edge automotive UIs have largely been a series of failures. After soaring from the success of Sync, for example, the follow-up MyFord Touch system brought the Dearborn-based automaker down a few pegs. In a test of the Ford Edge last year, Consumer Reports called MyFord Touch “frustrating” and “a complicated distraction when driving.” A few months later, Ford dropped to 23rd from fifth place the previous year in J.D. Power & Associates’ 2011 Initial Quality Study, largely based on customer’s complaints with the largely capacitive touch-based system.

Ford declined to comment for this story, but claims an 80 percent “take rate” on MyFord Touch in the Edge and Explorer. The automaker also took the unprecedented step earlier this year of sending software upgrades to all owners of vehicles with the system. But one owner we spoke with doesn’t feel it saves the system.

Greg Gill of San Juan Capistrano, California, is a self-described “diehard Ford owner” who purchased his 2011 Edge about a year ago. “Before that, I owned two Expeditions and an Explorer,” said the VP of marketing for the National Auto Sport Association. Gill considers himself tech savvy and knew about the issues with MyFord Touch. “But I still bought it,” he said. “I thought, ‘That’s everybody else. I’m not going to have any problem with it.’ And what a nightmare it’s been.”

“The touchscreen is very clunky,” he told Wired. “I’m constantly tapping it multiple times and looking at it. There are so many things that have not been done well – even after the upgrade. And when I took it in for service, the dealer said, ‘Everybody’s coming in with these issues. Nobody’s happy with their MyFord Touch.’” Gill contends that he’s “still a satisfied Edge owner, but I could not recommend the vehicle overall because of MyFord Touch.”

Automakers are learning from the Blue Oval’s stumble

While Ford had a huge head start with the initial Sync system, other automakers are learning from the Blue Oval’s stumble with its latest high-tech release – and if not designing radically different systems, then at least pouring resources into consumer education. For the launch of Cadillac’s CUE system – which, from our early experiences with it, looks and functions similar to MyFord Touch – that will debut on the new XTS sedan, the GM luxury brand is taking a blitzkrieg approach to tech support, including giving everyone who purchases the XTS in its first year an iPad preloaded with an app that simulates the CUE user interface.

Cadillac is also dispatching 25 “connected consumer specialists” to dealerships to ensure that salespeople become familiar with CUE, and dealers are required to staff stores with two “certified technology experts” trained by the CUE specialists. Additionally, Cadillac is setting up a dedicated call center to handle questions on CUE, will have representatives scouring Internet forums and social media sites to spot concerns and is even prepared to send specialists to XTS owners’ homes who have still unresolved issues with the system.

“We’re trying to think of every way that a customer might ask for help,” said Scott Fosgard, a General Motors spokesperson. “If you’re a CUE owner and having problems, we’ll meet you at your place of work or home, whatever’s convenient.”

To coincide with the launch of the new 2013 GS, Lexus is creating two new tech positions at each of its dealerships: a vehicle delivery specialist to go over the features of a vehicle with new owners, and a vehicle technology specialist to serve as a contact for customers who have questions on how to use their vehicle’s electronics. “We need to provide a standardized method to get information to a wide variety of audiences, and owners’ manuals allow us to achieve that,” said Kevin Pratt, product education manager for Lexus. “However, we recognize that the best way for people to understand and get the full benefit of the features in their car is to be shown how to use them.”

Lexus is also employing an iPad app designed specifically for the GS to educate customers on the car’s features. Owners can even use the Facetime to contact a dealer and get remote personal tutorials on the tech in their vehicles.

But if the UI is properly designed in the first place, it should be intuitive enough that you don’t need a tech expert to make house calls or even an owner’s manual (see: Apple). “I think a lot of people have gotten used to Apple devices,” said Mark C. Boyadjis, an analyst who covers automotive electronics at IHS Global. “And when Apple owners have a question, there’s the Genius Bar.”

But Boyadjis points out that, unlike a smartphone, people typically own a car for years. And he notes that the recent rate of change in automotive infotainment may leave many new car buyers lagging in terms of tech. “I think people still to this day are familiar with the two-knob car radio,” he said. “That was the user interface for last 40 or 50 years. People who bought their last car in 2005 and upgrade to a 2012 model are going to see a completely different Human Machine Interface,” Boyadjis added. “They’re going to be introduced to touch screens. Many of them are going to be introduced to voice recognition for the first time. It’s not always something you can read in your user manual; you need to sit down and use it.”

As with any technology, pioneers are often punished for being first out the gate.

And while it’s economically feasible for a luxury brand to sink significant resources into owner education, consumers of lesser means could be left in the lurch as tech trickles down to more mass-market vehicles. “For the smaller automakers, there could be some issues,” Boyadjis tells Wired. “The GMs, Fords and Toyotas of the world have developed this because they’re the bigger players. But when it comes to Mazda or Mitsubishi or Subaru, they’re pushing to put some of this stuff in their cars. But even their newer systems are not super HMI focused, and they don’t have the R&D budget to spend.”

According to Cadillac CUE program manager Jeff Massimilla, while UI issues were addressed in the design phase, the lead up to the launch of the XTS is the first time GM has developed such as extensive tech support program. “The goal was to design a system that’s easy to use and that’s similar to Apple devices, Android devices or other device on the market that are intuitive.”

And then prepare for any potential tech-fail fallout by pumping money into training and support.

As with any technology, pioneers are often punished for being first out the gate. (We’re looking at you, Apple Newton.) Consider the clunky, pre-smartphone, first-generation BMW iDrive, which was pilloried by the automotive press when it debuted in 2001. Since its introduction, iDrive has become one of the more intuitive systems available as BMW refined and iterated on the original concept of a single knob and a handful of buttons to control a multitude of complex functions. Many luxury automakers later copied the concept, and it’s easy to envision similar evolutions with touch screens, capacitive buttons and haptic feedback. But the growing pains of new technology and unrefined UI paradigms are a tough sell for consumers holding onto vehicles for years or even decades, particularly when compared to the monthly and yearly upgrades of smartphones and tablets. It’s a brave new world for automakers, and it’s one that needs constant attention and an unwavering pursuit of usability before an iPhone-like revolution takes place inside the car.

Via Wired Autopia: http://www.wired.com/autopia/

04 June
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Infographic: Which Industries Bled The Most Jobs Since 2004?

We’ve all heard about the subprime mortgage crisis, the automotive and banking bailouts. We’ve all known someone (or many someones) who’ve been out of work. And, most recently, we’ve all heard that the job market is getting better.

So what’s all that look like? This infographic by Elefint Designs and Glassman Wealth Services will walk you through the last eight years of the U.S. job market, sector by sector, eschewing confusing employment rate figures for sheer job loss and gain.

Click to zoom.

Without any context at all, the story tells itself. Construction was adding more and more people to build during the real estate boon, until 2008, when everyone was fired. The health care industry keeps adding jobs–no doubt fueled at least in part by the aging baby boomer population–and rode out the financiapocalypse with relative grace. While most industries saw some limited recovery in 2011, government employees are still suffering (a ripple the Wall Street Journal attributes to state and local cutbacks that actually began in 2008), and sadly, the current bump in professional services may not indicate as much as we think. Temp jobs, the best indicator of job growth in that sector, have been stagnant.

But if any one thing is completely clear from this graph-heavy picture, it’s that one less devastating year will not be enough to offset the last several. Things may be getting better but we still can’t call them good or even normal. And job creation aside, it can take more than a job earning a decent wage to dig out of debts acquired from long-term unemployment.

Then again, pretty colors! Graphs that point up! Woo 2011!

Image: Martin Fischer/Shutterstock

Via FastCoDesign: http://www.fastcodesign.com/

07 April
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Infiniti Unveils Tesla-Fighting LE Concept

01-infiniti-le-concept


If you’re waiting for a major automaker to fire the first shot across Tesla’s bow, the Infiniti LE Concept is it. Largely based on the bits that make up the Nissan LEAF, the LE is set to be the first mass-market luxury EV when it goes on sale in 2014. That sound you hear is Elon Musk nervously drumming his fingers on his desk.

The Infiniti LE Concept makes its world debut at the New York Auto Show, coming in at 186.4 inches in overall length, it’s about the same size as the automaker’s entry-level G37 sedan.

Motivation is provided by a 100 kW synchronous electric motor outputting 134 horsepower and 240 pound-feet of torque; a slight bump over the LEAF’s 110 hp and 210 lb-ft of twist. Juice comes courtesy of a 24 kWh lithium-ion battery pack mounted in the floor – the same capacity as its Nissan sibling. Same goes for the single-speed transmission, front MacPerson struts and torsion beam rear end, along with an estimated 100-mile range.

While the shape might not be overly inspiring, our sources at Infiniti tell us that the LE’s design is nearly 80 percent of production spec. Infiniti’s Vice President of the Americas Ben Poore takes it even further, saying, “Most of what you see in the LE Concept will become a reality, including its zero emission powertrain, advanced telematics, cutting-edge design, advanced connected services and premium appointments.” That includes the 0.25 coefficient of drag and the integration of a wireless charging system that incorporates an inductive coil system that can be installed in the owner’s garage.

Far more interesting is the LE’s interior, which integrates Infiniti’s current design language and includes LED lighting, a digital display, analog gauges and a new infotainment and telematics system with dual displays powered by an Intel Atom processor. In addition to Infiniti’s Connection features (navigation, point-of-interest search, and Internet access), the LE will also come standard with the automaker’s Personal Assistant 24-hour concierge service.

All this adds up to a very compelling package from a major player in the automotive space. If Tesla isn’t nervous yet, they will be when the production version of the LE goes on sale in two year’s time.

Via Wired Autopia: http://www.wired.com/autopia/

22 February
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Feds Propose Limits for In-Car Dialing, Texting, Surfing

Federal regulators, worried that motorists will use the growing connectivity of cars to surf the web, update their Facebook pages and generally do anything but drive, want automakers to engineer safeguards into infotainment systems to minimize the threat of distracted driving.

U.S. Transportation Secretary Ray LaHood announced today the Department of Transportation’s first-ever guidelines encouraging automakers to voluntarily minimize distractions by regulating how communications, entertainment and navigation systems can be used while driving.

The non-binding recommendations would effectively bar drivers from doing things like surfing the web or accessing social media sites from behind the wheel, disable manual texting and limit the ability to enter addresses into navigation systems while the car is in gear.

“Distracted driving is a dangerous and deadly habit on America’s roadways,” LaHood said in a statement. “These guidelines are a major step forward in identifying real solutions to tackle the issue of distracted driving for drivers of all ages.”

Such guidelines come as automakers rush to increase the connectivity of our cars. Factory-installed vehicle tech including connected systems like Ford Sync and Audi Connect will account for nearly $7 billion in sales this year, according to the Consumer Electronics Association. About 15 percent of American households own a vehicle with connected communications, and analysts expect that figure to climb sharply in coming years.

 

LaHood has made curbing distracted driving a top priority. The 177-page guideline put forth by the National Highway Traffic Safety Administration (.pdf) provide “real-world guidance” intended to help automakers address the problem. In 2010, 3,092 people, or 9.4 percent of road fatalities, were killed in crashes related to driver distraction, according to NHTSA.

“We recognize that vehicle manufacturers want to build vehicles that include the tools and conveniences expected by today’s American drivers,” said NHTSA Administrator David Strickland. “The guidelines we’re proposing would offer real-world guidance to automakers to help them develop electronic devices that provide features consumers want — without disrupting a driver’s attention or sacrificing safety.”

Although the NHTSA has a huge pulpit from which to preach, it cannot compel the auto industry to adopt its recommendations, which are strictly voluntary. Still, the guidelines were based at least in part upon a comprehensive set of “principles” (.pdf) developed by the Auto Alliance, the Society of Automotive Engineers and others.

“Keeping eyes on the road and hands on the wheel is clearly the priority,” the alliance, which represents 12 major automakers, said in a statement. “Digital technology has created a connected culture in America that has forever changed our society. Consumers expect to have access to new technology, so integrating and adapting this technology to enable safe driving is the solution.”

The way the feds see it, the proposals are but the first part of the solution. Phase 1, announced Thursday, contain guidelines for ensuring infotainment systems minimize the distraction posed by any feature or function not directly related to operating the vehicle. The guidelines would not apply to things like lane departure or forward-collision warning systems.

Recommendations specifically outlined in Phase 1 include:

  • Reduce the complexity of devices and the time needed to perform various tasks
  • Design devices so they require just one hand to operate.
  • Design devices to they require “off-road glances” of no more than two seconds.
  • Minimize visual information with the driver’s field of view.
  • Limit the amount of manual inputs required for device operation.

The NHTSA already has called on states to ban the use of cellphones and other gadgets while driving, and the proposals effectively urge automakers to join the campaign. Automakers should disable texting, internet browsing, social media browsing, and manual telephone dialing whenever the vehicle is in gear, the guidelines state. Automakers also are asked to limit to 30 characters any text displays not specifically related to the safe operation of the vehicle.

The guidelines apply only to built-in hardware. Looking further ahead, the NHTSA is drafting “Phase II” proposed guidelines that could apply to anything you might bring into the car, such as a navi system, smartphone or tablet. A third phase of regulations could apply to voice-activated control of gadgets to further minimize distractions.

The recommendations released Thursday are subject to a 60-day public commenting period, after which the NHTSA would issue its final set of guidelines.

“We see the guidelines as a good first step,” Jonathan Adkins, spokesman for the Governors Highway Safety Association, said, according to the Detroit Free Press. “DOT is on the right path. We particularly like the guideline for disabling devices that text and surf the Internet, etc. Technology has created these problems but can also help solve them. Regardless, the safest behavior is to not use any of these electronic devices while driving.”

Photo: Audi showed off its Audi Connect infotainment system earlier this year at the Consumer Electronics Show. Jim Merithew/Wired.com

 

Via Wired Autopia: http://www.wired.com/autopia/

08 February
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Automakers Slim Down With Weight Loss Support Group

The Center for Automotive Research (CAR) is launching a campaign to help cars lose weight in order to gain efficiency and performance.

By bringing together members of the aluminum and plastics/composites industries, CAR hopes that automakers will reap the benefits of new lightweight materials to meet stricter fuel economy standards without sacrificing acceleration or handling.

Obviously fans of descriptive acronyms, the folks at CAR have named the group Coalition of Automotive Lightweighting Materials, or CALM. Among its members, CALM will count over 200 automotive suppliers who will collaborate on weight-saving technologies in what they call “precompetitive” efforts. That way, the greatest number of automakers will be able to take advantage of lighter components.

“One of the first tasks for CALM will be to meet with engineering groups at the automakers to understand their mass reduction strategies and challenges so the supplier industries can develop and apply their technology solutions with each auto company,” said CAR president and CALM director Jay Baron.

Automakers can add hybrid powertrains, downsize engines and change up gearing ratios, but reducing a vehicle’s overall weight is still one of the most efficient ways of improving gas mileage. It’s an argument often made by fans of the late Geo Metro and Honda CRX HF — both of which achieved hybrid-worthy fuel economy at the expense of safety features, creature comforts and wheels larger than a lawn tractor’s.

While overall fuel economy has increased dramatically in the past few decades, so has the weight of passenger vehicles. MIT economist Christopher Knittel recently found that the average vehicle’s curb weight increased 26 percent between 1980 and 2006. If today’s powertrains were fitted to cars as light as the Chevettes and Civics of yore, the average fuel economy of cars sold in the US would be as high as 37 mpg in 2012.

Like most Americans this time of year, car manufacturers have started looking at the numbers on their scales and are vowing to do something about it. GM, for its part, has talked about using carbon fiber across their vehicle fleet, even on entry-level models.

The benefits won’t just be all about fuel economy. Lighter cars can be more nimble on the road, offering performance and handling benefits. For that reason, we suggest CAR change the coalition’s name to something like the Colin Chapman Center for Automotive Weight Loss, after the Lotus founder who famously said, “To go faster, just add lightness.”

Photo: Flickr/tibchris

Via Wired Autopia: http://www.wired.com/autopia/

20 September
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Ford Aims to Make Your Ride Plug-and-Play

Ford is pushing forward in the evolution of the connected car with the unveiling of OpenXC, a research platform which aims to turn your car into a plug-and-play device.

Ford is gung-ho for connectivity and seems determined to pack as much technology into its cars as possible. It believes connectivity and in-car tech like Sync can make us better, safer drivers while increasing the practicality and usefulness of our time behind the wheel.

Open XC, announced Monday at the TechCrunch Disrupt conference in San Francisco, rests on collaboration with open-source hardware makers Bug Labs. Using a dashboard-mounted device, Ford’s cars could essentially become docking stations for user-selected hardware and software modules (seen above in prototype form) that can be plugged in to the car. The OpenXC research program will provide developers with tool kits to create applications specifically for use in the car, which are then stored on the different modules.

“We’re actually modularizing the app,” said Ford research senior technical leader K. Venkatesh Prasad in an interview.

In the same vein as Apple, Ford hopes the OpenXC program will entice developers to create apps which could eventually be sold through a Ford-backed app storefront.

“The potential for monetization is definitely on the horizon,” Prasad said.

Opening up your software platform to outside developers is becoming a fast-growing technique in the automotive industry. Toyota introduced its EnTune platform earlier this year, allowing developers to create smartphone apps tailor-made to work with your car. Of course, EnTune came long after Ford pushed into the space with its Sync smartphone-app integration platform in 2007.

Though calling these platforms truly “open” isn’t entirely accurate; Ford will vet application submissions for safety purposes, mostly to keep out apps that require unsafe practices (like fumbling with your smartphone while going 55).

“Apple did something really smart,” said Bug Labs CEO Peter Semmelhack said in an interview. “Millions of people bought the iPhone for what it was — a phone. Then Apple turned that around and offered developers a chance to sell apps to those customers.”

As Apple has proved, when there are developers willing to provide content to your platform, there’s money to be made. Apple currently hosts nearly half a million applications at its App Store, a large incentive for smartphone shoppers to buy their hardware from the company. At the same time, Apple takes a 30 percent cut of all applications sold, gaining revenue from products they don’t have to spend R&D resources in order to produce.

Don’t expect to pay through the nose for the modules, either. Ford is aiming for the low end on pricing, somewhere in the range of $20 or $30. Further, the company may end up launching the modules as rentals, potentially distributed through local dealerships or other aftermarket distribution centers like Car Toys. Sort of like RedBox, but for car apps.

Prasad says Ford plans to cooperate with at least six different universities for further module development before a full launch, and expects the software toolkits to be available for distribution to independent developers by the end of this year.

Photo: Ford

Via Wired Autopia: http://www.wired.com/autopia/

20 September
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Surf’s Up As Fisker Expands Its Plug-In Karma

Fisker Automotive is filling a niche you probably didn’t know existed, rolling into the Frankfurt auto show with a range-extended electric… station wagon.

The car, a shooting brake that appears to riff on the Ferrari FF, is essentially a wagon version of the Fisker Karma sedan. That’s a common move in the auto biz — the Cadillac CTS-V begat the awesome CTS-V Wagon, for example — and an easy way for Fisker Automotive to expand its appeal to new audiences.

Company founder and lead designer Henrik Fisker says his goal was to create a practical and eco-friendly sports car, one that combines monstrous power with excellent utility.

“I think over the years there have been many different concepts, and of course, most lately, Ferrari came out with the FF,” Fisker told Motor Trend before the car’s unveiling. “But I kind of wanted to take a different look at it in thinking: If you really want to make it useful, you really need four doors. So it is a shooting brake or sport wagon with five doors, really. The idea is you can drive a sporty-looking car that’s radically different, but you can also fit some luggage and some people into it.”

The SoCal startup didn’t offer any details about the Surf, but it almost certainly shares the Karma’s drivetrain: a pair of 150 kilowatt (201 horsepower) electric motors with a 20 kilowatt-hour lithium-ion battery. Range is pegged at 50 miles; beyond that, a 2.0-liter turbocharged engine drives a generator to keep the juice flowing when the battery runs down. If that sounds familiar, it’s because the Karma is essentially a Chevrolet Volt in sexier bodywork.

We’re still waiting for the Karma to roll out in large numbers — the company says it has started delivering cars to its first 100 customers — but that isn’t keeping Fisker from keeping the big promises coming. The Surf follows the gorgeous Fisker Sunset convertible and mysterious mid-sized sedan codenamed Nina (a project backed by a $528.7 million federal loan) in the parade of vehicles Fisker promises to deliver.

Look for the Surf sometime in 2013.

Photos: Peter Orosz/Jalopnik

Via Wired Autopia: http://www.wired.com/autopia/

03 May
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Software Takes On More Tasks in Today’s Cars

The growing role of complex software in a wide range of products provides increased functionality and value for consumers. From gadgets to cars to the power industry, we’re seeing more industries embrace software that tailors products to our individual needs.

This is especially true in the auto industry as cars grow more reliant upon software to manage everything from advanced drivetrains to elaborate infotainment systems. The Chevrolet Volt offers an excellent case in point: The plug-in hybrid relies upon 10 million lines of code, which is 2 million more than you’ll find in the F-35 fighter jet.

Given the increasing prevalence of software, it’s no mystery why Toyota signed a deal with Microsoft to bring telematics to cars from the cloud. Microsoft worked with Ford on the groundbreaking Sync system.

Google, IBM and Cisco also are moving into the automotive space. According to one study, 90 percent of the innovation we’re seeing within the auto industry is driven by advancements in software and gadgetry.

“This is having a huge impact on every traditional area, because all the functionalities you might have in electronics or mechanical (systems) are being shifted to software,” Dominic Tavassoli, director of IBM Rational, said. His outfit helped assemble the code in the Volt. “There’s a lot of rethinking going on.”

Software is today the heart of many systems, and it will allow cars to do more than ever. Instead of being islands in a sea of traffic, cars will communicate with each other, with the road and even with the grid. Automakers realize this and are scrambling to develop unique systems that offer greater utility and convenience than their competitors.

“The competitive difference is today in the software, for cars just like for mobile phones,” Tavassoli said. “The difference (among phones) is no longer in the screen, or the battery, or the antenna. It’s in what sort of apps I can put on it…. It is no longer about the car itself but it’s about possibilities like remotely opening and closing doors or start the engine with an app.”

The big automakers get this. They are embracing smartphones and developing apps that allow drivers to do everything from lock their doors to program exactly when their electric car starts drawing power from the grid.

Some electrics and plug-in hybrids like the Chevrolet Volt have smartphone apps (shown above) that allow owners to monitor how much energy they have and manage when and how their cars begin drawing power from the grid.

Toyota believes effective communication between utilities and automobiles is one way to ensure fast, efficient charging. It sees a day when our cars, our homes and our phones communicate with each other, with charging stations and with the grid.

Increasing functionality means increasing complexity, a challenge for automakers. Automakers have to ensure the software is 100 percent reliable — you don’t want a critical system failing at 65 mph. And they must ensure 100 percent security so your car can’t be hacked by some script kiddie.

Researchers at UC-San Diego and the University of Washington have identified a handful of ways to break into a car, including through the audio system. This security issue requires designing systems robust enough to prevent our cars from being stolen with a laptop.

“At IBM Rational we’re increasing the number of tools to analyze the vulnerabilities, because software is not enough,” Tavassoli said. “It’s with system engineering that you’ll be able to track and control all the entry points and the interfaces.”

Modern cars already feature hundreds of sensors and more are coming to make our cars, and our roads, smarter. We’re seeing the development of autonomous cars, predictive, personalized traffic forecasts and even roads that analyze traffic data and share that information with drivers.

We’ll soon go beyond that as the cloud comes to cars, opening up avenues we haven’t even thought of. If German researchers can build a thought-controlled car and college students in Virginia can build a car the blind can drive, anything is possible.

“There’s also a social aspect of driving,” Tavassoli said. “What if your car could automatically inform you where is your favorite shop when arriving in a new city? Or connect to your social networking system and tell you where your friends are hanging out and provide driving directions to get there?”

Ford is among the automakers working on exactly that. It seems anything and everything is possible. The role of the driver is changing and it’s possible we might see the driver taken out of the equation entirely. Autonomous cars are coming, as are semi-autonomous “road trains” that make us little more than passengers in our own automobiles.

The presence of sophisticated infotainment systems raises the issue of distracted driving, but also brings us to a broader question about the rate of innovation versus the evolution of the society. Cars that talk to each other, or even drive themselves, may seem outlandish or even absurd. But 20 or 30 years from now we may wonder how we got along without them.

“I think we’ll have to evolve,” Tavassoli said. “Frankly, if I look back and wonder how I used to survive 20 years ago without a mobile phone or without the internet, I have no idea how i did it.”

Do you?

Maurizio Pesce is a consumer electronics and automotive staff writer and editor at Wired.it. Follow him on Twitter.

Photo 1: Jason Johnson, a Sync user interface design engineer, at work in the Ford lab. /Ford
Photo 2: An OnStar engineer demonstrates the telematics service’s smartphone app, which allows drivers to start or lock their car remotely and monitor the energy consumption of their plug-in hybrid Chevrolet Volt. /Steve Fecht/OnStar



Via Wired Autopia: http://www.wired.com/autopia/

24 March
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Feast Your Eyes On The 1938 Hispano-Suiza Dubonnet Xenia

You’re looking at one of the finest examples of automotive Art Deco: the 1938 Hispano-Suiza Dubonnet Xenia. Go ahead, stare. Now wipe that drool off your keyboard.

Currently on display at the Mullin Automotive Museum in Oxnard, CA, the Xenia was based on an existing Hispano-Suiza H6 that was heavily modified to feature a unique independent suspension designed by driver, pilot and aperitif heir Andre Dubonnet. Each wheel was mounted on a single arm that extended forward from kingpins at the end of the axle, while sealed, oil-lubricated coil springs and shock absorbers ensured a smooth ride.

The “Dubonnet suspension” was later licensed to Alfa Romeo and Simca, and also sold to GM who marketed it as a “Knee-Action” suspension. The sealed coil springs were leak-prone and wildly expensive to repair, however, and the technology never made it into post-war cars.

Suspension aside, the Xenia’s hand-built coachwork by Jacques Saoutchik makes a Talbot Lago look like a Renault Fuego by comparison. It fits in the Mullin’s “French Curves” collection of pre-war French vehicles (Hispano-Suiza, though Spanish in heritage, built many of their cars in France through a French subsidiary), but park the Xenia next to any other car of the era, and it looks like the Clampetts are in town.

Photos: Mullin Automotive Museum

Via Wired Autopia: http://www.wired.com/autopia/

16 January
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Kids Learn Design By Committee

Future automotive designers from all over the world got a taste of what it’s like for automakers to create and build a new car, from focus group to final production.

As part of a collaboration between the Society of Automotive Engineers (SAE) and Honeywell, middle schoolers participating in the Honeywell/SAE Student Design Challenge practiced their math, science, social studies and language arts skills while working for mock corporations tasked with building toy electric cars. They learned about engineering and business, and we learned that the Chevy Lumina APV could easily have been built by 12 year olds.

Teams were judged by their written and video presentations, plus implementation of performance and environmental standards. From a standing start, all toy cars had to be able to either travel three meters in under three seconds, climb a 30 degree slope for one meter, or climb a 15 degree slope for one meter in under two seconds. All vehicle body components had to be non-toxic and easily recyclable.

Winning teams included a papier-mâché bear from Thaon-Les-Vosges, France in first place; an open-wheel racer with a passing resemblance to the Auto Union Type C from Glinde, Germany in second and a wheeled ladybug from Mexicali, Mexico for third.

We especially enjoyed watching the winning team explain how they implemented the recommendations of focus groups. Their research showed that most of their target audience — kids between 6 and 10 — are environmentally conscious, and like the color blue, animals and sports team logos. Therefore, they built a miniature EV that looks like a big blue bear with a sports team logo on the side.

That’s truly impressive work by middle schoolers, but it’s not a stretch to imagine that a similar presentation greenlighted the Ford Probe.

Photo: Honeywell

Via Wired Autopia: http://www.wired.com/autopia/

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