[Ed: The above video is not intended as a specific example of the problems we faced, but a general illustration of the wider issue]

While on a junket for the Hyundai Veloster I was treated to yet another instance of The Most Infuriating Thing About New Cars – the lack of any decent way to connect your iPod to the in-car entertainment system.

As TTAC Editor-In-Chief Ed Niedermeyer and I toured Oregon’s various scenic byways in the newest Hyundai, our musical selections were repeatedly interrupted due various errors, whereby Ed’s iPhone was unable to sync, refused to completely sync, or randomly re-synced. Our attempts at listening to the new Bon Iver album, or Burn After Rolling (the listenable mixtape made by limp-dick rapper Wiz Khalifa) were interrupted by a blast from XM’s pop station, as the iPod integration took a giant shit on us. Nothing spoils the conversation like having your ambient rock or gangsta rap interrupted by Katy Perry or Lady Gaga.

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If you’re eagerly jumping up to shout “yes” to the headline’s rhetorical question, you’d better live in Europe… or be prepared to move there. The chances of VW ever bringing its 1.4 TSI engine to the US seem dim, based on the brand’s new mass-market-oriented, big-n-cheap approach. But starting next year, Autocar reports that

VW [will be] the first manufacturer to implement the fuel-saving technology in a mass-produced TSI engine, a system that shuts off two of the four cylinders under low to medium loads, between 1400 and 4000rpm.

Volkswagen claims that the EU6-compliant unit saves 0.4 litres (0.09 gallons) of fuel per 100km, rising to 0.6 litres (0.13 gallons) per 100km when combined with VW’s stop-start system.

VW also says that the benefits become more obvious when driven smoothly and slowly: “At 50 km/h, in third or fourth gear, savings amount to nearly one litre per 100km.”

If you’re currently looking up those conversions for use in future conversations (about hypothetical engine swaps for your Em Kay Eye Vee), you’re officially a “Mr Euro” (here’s a hint: it’s cooler to use the European measures and make everyone else do the math). If you’re wondering about how reliable these engines are going to be, or what it must be like to cruise the freeway on 700 ccs of displacement you’ve probably come to the right place.

This Cadillac ad is the latest in a series of seriously good spots for the CTS-V, which started with this “Competition” ad from last Summer. But then, as I found in a short drive, the CTS-V writes its own ad copy, 556 HP at a time. And this latest spot has one minor truth-related omission: though GM rightly claims that Magneride Magnetorheological suspension was “perfected” in the CTS-V, it actually debuted in the less ad-dollar-worthy 2002 STS. And there’s no mention of the fact that the technology was developed by Delphi, then a technically independent firm, and the technology has since been sold to Beijing West Industries. Of course, these details aren’t exactly worthy of the limited time available in a 60-second spot, but it’s the truth, dammit. “Just sayin…”

Rattle off a list of the buzzworthy EV makers that seem likely to achieve the “holy grail of EV development,” a multi-gear electric car, and chances are that firms like Tesla, Fisker, Th!nk or even a major OEM like Nissan will make the cut. You probably wouldn’t consider the ultra-conservative British sportscar maker Morgan to be in the running, as they still build body substructures out of wood… surely the brand that’s most stuck in the early 20th Century seems an unlikely candidate for EV technical leadership. Think again…
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Among the many new SKYACTIV technologies that Mazda plans on introducing to its global lineup, a unique start-stop system is one of the most important. Initially Mazda had decided not to bring its idle-stop system to the US as the EPA system didn’t measure a major improvement in efficiency, but ultimately the decision was made to make all of its vehicles idle-free by 2015. But an early test of a SKYACTIV idle-stop-equipped Mazda2 by Automotive News [sub]’s Hans Greimel reveals an interesting characteristic:

a funny thing happened when I paused for a red in Tokyo’s harbor district.

After a few moments of silence, the engine clicked on, as designed, to help keep the air conditioner going. OK, that’s normal. But as the engine jumped to life, so did the steering wheel. To my surprise, I found the engine’s start-up vibrations turning the wheel to-and-fro in my loose grip.
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You know those things that you never thought you needed, but once you had them you realized you never wanted to live without them again? According to Jean-Claude Kihn, Goodyear’s senior vice president and chief technical officer, it’s time to get ready for another such technology:

“A tire that can maintain its own inflation is something drivers have wanted for many years. Goodyear has taken on this challenge and the progress we have made is very encouraging. This will become the kind of technological breakthrough that people will wonder how they ever lived without.”

Goodyear doesn’t know when its “Air Maintenance Technology” will make it to the streets, but thanks to funding from the US and Luxembourg governments, they’re making progress.
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Steampunks and Atomic Age nuts rejoice! WardsAuto reports that Connecticut-based Laser Power Systems is “getting closer” to developing a prototype electric car which develops its power using the radioactive heavy metal Thorium. According to LPS’s CEO,

when thorium is heated by an external source, it becomes so dense its molecules give off considerable heat. Small blocks of thorium generate heat surges that are configured as a thorium-based laser… These create steam from water within mini-turbines, generating electricity to drive a car. A 250 MW unit weighing about 500 lbs. (227 kg) would be small and light enough to drop under the hood of a car… Because thorium is so dense, similar to uranium, it stores considerable potential energy: 1 gm of thorium equals the energy of 7,500 gallons (28,391 L) of gasoline. Prototype systems generate electricity within 30 seconds of firing a laser. This can feed power into a car, without the need for storage.

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The source of today’s Quote Of The Day, a BMW M Division engineer, is clearly not a native English speaker, but he reveals just where performance cars like the new M5 are going when he says:

More and more demand is from our test engineers from the referring(?) departments and they come over and 80%, 90% are only working on the electronic systems. The other 10, 20 percent are working at the car, under the car….

Of course, the M engineers aren’t developing a car from the ground up here, but it’s still amazing that the workload is so unevenly weighted towards electronic rather than, for lack of a better term, “greasy hands” work.

When news hit late last week that one of Google’s driverless cars had been involved in a minor fender-bender, the anti-autonomous driver argument made itself. “This is precisely why we’re worried about self-driving cars,” howled Jalopnik.”Google’s self-driving car seems like the ultimate distracted driving machine.” But on the very same day, Google claimed that

One of our goals is to prevent fender-benders like this one, which occurred while a person was manually driving the car [emphasis added]

Before you know it, the other side of the debate, as epitomized by Popular Science flipped the argument, insisting that

this incident is yet another example — as if we need one — of the human capacity for error. Hopefully when cars do take over, they’ll be able to prevent these types of incidents on their own.

So yeah, there’s a pretty wide range of opinions on the issue. And with Nevada’s legalization of driverless cars, it’s only a matter of time before something happens that busts the debate wide open again. So, how do you feel about our new robot overlords? I, for one, could live with the technology for freeway/expressway use… but not without drawing some kind of clear lines around legal liability. Off-freeway? No thanks. Too few benefits from packing traffic tighter and too many other variables in traffic. What say you?

In an extended interview with Fareed Zakaria this weekend, GM CEO Dan Akerson repudiated a lot of GM’s previous optimism about hydrogen fuel cell cars, saying

We’re looking at hydrogen fuel cells, which have no carbon emissions, zero. They’re very expensive now, but we’ve, just in the last two years, reduced the price of that technology by $100,000. The car is still too expensive and probably won’t be practical until the 2020-plus period, I don’t know. And then there’s the issue of infrastructure

The DetN points out that GM had previously said that it would have anywhere from 1,000 to “hundreds of thousands” of fuel cell cars on the road by 2010, and most recently said (in 2009) that the technology would be “commercialized” by 2015 and “cost-competitive” by 2020. So, if hydrogen is moving to the back burner, what’s moving up? Akerson revealed that

soon we’ll be introducing “bi-fuel” engines which can burn both compressed natural gas and liquid gasoline.

We’ve seen GM take early steps towards bringing a natural gas-powered car to the road, but this is the first sign from a top executive that a dual-fuel car is a certainty in GM’s near future. By talking down hugely expensive hydrogen cars and talking up cheap natural gas powerplants, Akerson sends a strong message that GM’s green car efforts are moving in a more pragmatic direction. Hit the jump for part two of the interview, in which Akerson talks gas tax and green cars.
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GM’s Onstar division has long raised privacy concerns among the professionally paranoid, but now it’s putting all that observational power into the hands of consumers, with a pilot program called “Family Link.”  Described in GM’s presser as “a new optional service that will explore ways subscribers can stay connected to their loved ones,” the service includes

• Vehicle Locate: The subscriber can log on to the Family Link website to view a map with the vehicle’s exact location at any time.
• Vehicle Location Alert: Subscribers can set up email or text message notifications to let them know the location of their loved one’s vehicle. They can choose the day, time and frequency of the alerts.

But that’s not all: if the pilot proves that consumers are willing to pay for the right to surveil their loved ones,

Future considerations for the pilot include Speed Alert, Boundary Alert and Arrival/Departure Alert.

Forget Big Brother… with this system, you can be Big Daddy, in the center of your own little family-sized panopticon. From making sure the kids stay out of trouble (“Say, son, what were you doing in downtown Detroit last night?”) to checking up on your loving spouse (“Honey, why did you say you were going to the gym, when you just parked for an hour at the Slee-Zee Snooze Motel?”), it’s how today’s on-the-go families foster an atmosphere of suspicion and mistrust. Because why let the government have all the voyeuristic fun?

Former TVR owner Peter Wheeler used to explain the lack of airbags in his firm’s high-powered sportscars by arguing drivers would be safer if he installed a metal spike in the middle of each steering wheel. That was back in the late 1990s and early 2000s… since then, the rise of adaptive cruise control, “attention assist” systems, collision-sensing brake pre-loading and more have only made his critique all the more provocative. And, according to research cited in a Wired Magazine report, Wheeler’s philosophy seems to have a strong basis in science.

“The point the automakers are making, which is true, is that they go to extreme lengths to make these systems work and extremely reliable,” [Stanford University’s Clifford] Nass said. “The reliability on these systems is very high. If you have automatic cruise control, it’s not extremely often you have to jump into the fray.”

Therein lies the problem. We come to count on our cars to keep us out of trouble, even in situations where the technology isn’t designed to.

“Road hazards other than the car in front of you are so rare, especially on the highway where these adaptive cruise control systems would be in play, that they would, over time, encourage a complacency that undermines safety,” said Erik Blaser, a psychology professor at the University of Massachusetts, Boston, who studies vision and perception. “You stop paying attention to the driving.”

Though these “semiautonomous” systems are sold as safety equipment, researchers argue that they create a sense of reliance that actually makes drivers less safe (unlike “secret” safety systems like stability control and ABS, which operate consistently without the driver’s knowledge). And, somewhat counterintuitively, these researchers argue that the rise of semiautonomous driver aids actually increases the need for life-long driver eduation.

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Between Nissan’s Leaf racer and a new EV-only racing cup, electric auto racing has been coming along in recent months, although significant challenges remain. For one thing, batteries are still extremely heavy, and for another, they take a long time to recharge. Finally, thermal management issues conspire with both of these battery challenges to force EV races to be quite short. And in search of a solution, one team that’s entered into the EV Cup is looking to the original EV racers for inspiration: slot cars. Rather than getting hot and heavy with big batteries, figures Drayson Racing Technologies, why not charge the car as it’s racing at speeds upwards of 200 MPH? Luckily HaloIPT has come aboard the project, bringing its eponymous wireless Inductive Power Transfer technology to bear in order to create life-sized, wireless, slot-free slot cars.
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In addition to the recent tales (and sitcom gags) of GPS units leading hapless drivers into bodies of water, we have a new twist on the theme: GPS units leading hapless drivers astray in Death Valley. NPR reports

After a long day, [Donna] Cooper and her family asked “Nell,” the GPS, for the shortest route back to their home.

“Please proceed to the highlighted route,” Nell said.

But what came next did not compute. The GPS told them to go 550 feet, then turn right, Cooper says.

“Well, at 550 feet it was like a little path, and then it was like, go a quarter of a mile and turn left. There was nothing there. She had me running in circles for hours and hours and hours,” she says.

A park ranger explains that this happens “a couple times a year now,” including one incident two years ago in which a mother and her son were lost on an abandoned mining road for five days and the boy died. Rangers are now working with GPS firms to update their data on small and closed-down roads, but say no amount of work will ever replace common sense when it comes to navigating desert roads. Speaking of which, what happened to Cooper’s family?
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Over the last several years, Toyota has fought off suits by a firm called Paice, which claimed to own patents on technology used in Toyota’s hybrid drivetrains. Toyota settled that dispute a year ago, but now Bloomberg reports that another firm is going after Toyota’s hybrid Intellectual Property (IP). According to the report

Efficient Drivetrains Inc., based in Palo Alto, California, has an exclusive license from the University of California for use of the technology, including the way electricity is drawn from a battery to power an electric motor and an internal combustion engine, according to a July 20 federal court complaint filed by Toyota in San Jose… The five patents at issue also include technology, invented by EDI co-founder Andy Frank, on ways to control the power output of an internal combustion engine and a method to draw electricity to operate the electric motor and the internal combustion engine, together or separately depending on driving conditions

You can read Toyota’s complete filing here.

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