Fiat Chrysler settles with US over diesel emissions cheating

AP Photo/Antonio Calanni Fiat Chrysler is about to pay a stiff penalty for its alleged diesel vehicle emissions cheating. The automaker has reached a settlement with the Justice Department, EPA and California that will see it make amends for claimed violations of the country’s Clean Air Act. It’s launching a recall to fix the more… Continue reading Fiat Chrysler settles with US over diesel emissions cheating

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Toyota Motor Corp’s logo is pictured on a car in Tokyo, Japan, November 8, 2016. REUTERS/Kim Kyung-Hoon WASHINGTON (Reuters) – Toyota Motor Corp (7203.T) said Wednesday it is recalling another 1.7 million vehicles worldwide for potentially faulty Takata air bag inflators as part of a multi-year industry recall campaign announced in 2016. Automakers are adding… Continue reading Toyota recalls 1.7 million vehicles worldwide over air bag inflators

Toyota recalling 1.3 million U.S. vehicles for air bag inflators

Toyota Motor Corp’s logo is pictured on a car in Tokyo, Japan, November 8, 2016. REUTERS/Kim Kyung-Hoon WASHINGTON (Reuters) – Toyota Motor Corp (7203.T) said Wednesday it is recalling another 1.3 million U.S. vehicles for potentially faulty Takata air bag inflators as part of a multi-year industry recall campaign announced in 2016. Automakers are adding… Continue reading Toyota recalling 1.3 million U.S. vehicles for air bag inflators

Tesla’s Software-First Approach Foreshadows The Future Of Cars

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Published on January 6th, 2019 |

by Guest Contributor

Tesla’s Software-First Approach Foreshadows The Future Of Cars

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January 6th, 2019 by Guest Contributor

Originally published on EVANNEX.
By Charles Morris

Everyone knows that Tesla is an innovative company, and almost everyone knows that its cars don’t need gasoline. But as Lou Steinberg points out in a recent article entitled “Some of the Greatest Innovations are not What You Think,” electrification is not Tesla’s only innovation, and when it comes to competing in the global auto market, it may not even be the most important.

Tesla’s center stack touchscreen display in the Model S (Image: Tesla)

In Steinberg’s view, Tesla’s most important innovations stem from the fact that it’s the first company to approach cars the Silicon Valley way: as a software problem. Steinberg perceived the power of “tin wrapped software” as the CTO of Symbol Technologies. “Symbol built hardware, but was able to use software to tune how it worked in different environments. Flexible software meant that the hardware behaved one way in a hospital (long-battery life for a 12-hour shift) and another way in a retail store (higher-power radios to overcome dead zones).”

“I bought the Model S because it was the first time I had ever seen someone treat a car as a software problem,” Steinberg writes. Sure, modern cars are full of software, but their builders are hardware companies, and automotive hardware is a mature market with few opportunities to disrupt, or even to differentiate their products.

Tesla has changed everything — for the first time, a car can improve itself over time via software upgrades. “Aside from navigation maps, all of my cars [he has owned many] had features that were largely fixed on the day they left the factory,” says Steinberg. “Not my Tesla. Every month, it gets software updates that make it better. It learned how to park. Then it learned how to do it better. It opens my garage door when I come home. It improved its self-driving. It improved the stereo. It added anti-theft features. After one year, my car is safer and better to drive than the day I bought it. My Tesla driving experience keeps improving through patches and updates.”

Tesla owner describes why he loves the car’s software updates: “It’s the feeling that your car is always new.” (YouTube: Tesla)

Steinberg vows never again to buy “a car whose capabilities are frozen in time,” and once they’ve experienced the ever-improving Tesla ownership experience, most drivers probably feel the same.

Another important but overlooked innovation that the Sages of Silicon Valley have made is to free up constrained resources. The Tesla Rangers — mobile teams that perform minor service at customer locations — provide an example. Why are the Rangers such an innovation? Because they free up resources at service centers. “The most constrained real estate at a service center is in the service bays,” Steinberg writes. “You can hire more technicians if demand increases, but the service bays are a big capital investment that can’t be flexed up and down. The second most valuable real estate at a showroom is in the parking lot. You can fill it with cars to sell, but only if you don’t have a lot of cars you already sold taking up space while waiting for a service bay to become available. Cars waiting for service, especially warranty service, crowd out cars that are ready to be sold and delivered. Add to this the fact that many owners will ask for a loaner car, and you need a fleet of loaners. It all costs money.”

Thus, the Tesla Rangers represent not just a convenience for customers (though they certainly are that), but also “a way to optimize constrained resources and save capital. It frees up the parking lots to sell and deliver cars.”

And the third and greatest innovation of all? Tesla isn’t selling just cars. There’s a saying in the software business: “People don’t buy software, they buy a roadmap.” In other words, customers, especially large companies, don’t buy software based only on what it can do today, but based on their confidence that it will continue to get better and keep up with future needs. Once you conceive of a car as software, the capabilities you can offer to customers are almost unlimited.

Tesla uses the phone as a “key” for the Model 3 (Image via Tesla)

“Tesla isn’t limited to promoting the current features,” writes Steinberg. “Tesla and Musk are either lauded for offering a vision or panned for over-promising, but they offer a glimpse of what your car will be able to do in the future. Not another car you have to purchase again…the very same car you buy today. My car knows how to park, and will someday have full autonomous driving. Why shouldn’t it drop me off in front of the store and then find a parking space on its own?”

Many stock market observers believe that the high valuation of TSLA stock has a lot to do with investors’ belief that the company will someday offer full self-driving capability, an innovation that could have even greater implications for mobility and society than electrification. And it’s not just the stock price. A Mercedes or a BMW is a great automobile, but once you buy it, it’s going to be the same vehicle you bought until the day you sell it. If, instead, you could have a machine that’s going to get better and better, and eventually be able to drive itself, how much more would you be willing to pay?

“By treating cars as software, and constantly pushing updates, Tesla can command a premium price today by selling the roadmap,” concludes Steinberg. “Other manufacturers may innovate incrementally, but as the character ‘bored Elon Musk’ once tweeted, ‘Incremental innovation is really just adjusting for inflation.’”

About the Author

Guest Contributor is many, many people. We publish a number of guest posts from experts in a large variety of fields. This is our contributor account for those special people. 😀

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The 2020 Lexus RC F Track Edition turns hot laps all day…and heads all night

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Published on January 7th, 2019 |

by Steve Hanley

A Look Inside The Tesla Cold Weather Testing Facility

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January 7th, 2019 by Steve Hanley

All automakers test their cars in cold conditions to see how freezing temperatures affect their operation. Tesla is no exception. It uses a cold temperature testing facility out in the middle of nowhere about 2 hours south of Fairbanks, Alaska. It is a private compound used by the military to test tanks and armored personnel carriers, among other things. Tesla has created its own test track at the site, complete with twisty roads, steep hills, and skid pads that allow its engineers to learn how well the cars handle slippery roads and Arctic conditions.

Photo by Kyle Field, CleanTechnica

Cold weather and electric cars are not friends. Batteries are like people. They are happiest when the temperature outside is between 70 and 90 degrees Fahrenheit. Cold batteries don’t charge or discharge as fast as they do when they are warm. Heating systems eat up a lot of battery power. All those range estimates you see quoted by the EPA are determined by tests conducted indoors at room temperature with the heater and air conditioner turned off.

When a CNET Road Show writer visited the area — the first journalist allowed inside — he found the Model S P100D he was given to make the drive from Fairbanks to Delta Junction where the testing facility is located got about 30% less range than expected. Some of that may be attributed to the Pirelli Sottozero winter tires fitted to the car. Some of it may be due to snow and ice on the road surface. And some of it may be down to the heater working overtime to keep Stevens warm during the journey.

Most people who have driven an electric car in sub-freezing weather would probably not be surprised by the results. My 2015 Nissan LEAF also gets about 1/3 less range when the mercury in my thermometer goes into hibernation during the winter. It’s a common occurrence with all electric cars, one that the manufacturers seldom talk about at the time of sale.

During his time in Alaska, Stevens had a chance to drive a Model S, a Model X, and a Model 3 through their paces on snow and ice. For some of the driving, Tesla engineers turned off the stability and traction control systems that normally protect drivers from hazardous conditions, something owners cannot do themselves. Here’s some of what he had to say:

“With everything off, I cut onto the freshly groomed field of snow at 65 mph and jerked the wheel left and right and then was instantly thrown into one heck of a tank slapper. The car swerved back and forth as I frantically sawed at the wheel to keep up. I tried this maneuver a number of times and maybe caught it twice, but that’s with a decade of high-speed ice driving experience at my disposal. While I mean no offense to your average Model S owner, your average Model S owner would have spun every time.

“Re-enabling the car’s stability and traction controls took a quick reboot and then I went and tried it again. Same speed, same field of snow, and try as I might I couldn’t get the car to spin. I yanked the wheel left and right with all the finesse of a thoroughly endorphin’d Crossfitter and yet the car always kept itself inline, moving quickly enough to miss the imaginary moose, then calmly settling itself.”

Stevens explains that all Teslas have open differentials — the kind that deliver power to the wheel with the least traction. Older readers may recall this is what made driving your mom’s Pontiac station wagon on snowy roads such a challenge. But Tesla uses the brakes on each individual wheel to stop them from spinning. Combining that with precise control of how much torque each motor delivers permits the car to tame the most outrageous slides.

A video popped up on YouTube recently of a Model 3 traveling on an icy road with Autopilot activated. That’s not a smart thing to do — ever! — but you don’t have to be smart to own a Tesla. The car was on the brink of spinning out completely when the Autopilot caught the skid and returned the car to a safe path.

The driver, Eric Lapierre, noted that he didn’t touch the wheel at all. Of course, he shouldn’t have been using Autopilot at all in those conditions, but he proudly posted the video from his dash cam anyway.

Stevens was impressed by how the Model S and the Model X handled the snow and ice. A 30% slope coated with ice down center “resulted in a slow and occasionally unnerving but ultimately clean ascent. With the e-differentials disabled (again, not something you can do at home), the thing started the climb, spun its tires, and then promptly (and rapidly) skidded backwards down the hill.”

The Model 3 Performance, however, blew him away with its ability to tolerate extreme slip angles without spoiling the fun until the car was poised to tip over the edge into a full fledged disaster. “In Track Mode, the Model 3 will let you hang the tail way, way out, getting some properly lurid drifts going before it cuts the fun. Yes, it will cut the fun if you get things too far out of shape, killing the car’s power and automatically deploying the brakes at the appropriate corner. But, the car gives you an awful lot of rope to hang yourself with before it kindly and reliably steps in to lift the noose from your neck.

“By building the Model 3’s control software in-house, Tesla’s engineers have even more ability to vector torque from front to rear both under acceleration and under regenerative deceleration. This means the car can react more quickly and more precisely, again letting you push it that much further before cutting in.” The Tesla engineers told Stevens an upgrade to Track Mode is in the works that will allow the driver to manually adjust the torque split between the front and rear motors. First we’ve heard of that!

Finally, Stevens addressed some issues Model 3 owners in cold climates have experienced — things like frozen door handles and windows that won’t go down when the world outside is frozen. Tesla has addressed the latter with a software update, but a solution to the door handle issue is still in the works. Stevens says, “Every new model has some teething problems. It’s how the company reacts that’s the important thing.”

How Tesla reacts is one of the greatest assets the company has. It doesn’t hide behind legalese or excuses. It steps up and addresses problems in a forthright and proactive manner, often with direct responses from the CEO on Twitter. What was his name again? …

When something goes wrong and a company stands behind its product, that’s a bonus that costs the manufacturer next to nothing but can be priceless to the customer.

About the Author

Steve Hanley Steve writes about the interface between technology and sustainability from his home in Rhode Island and anywhere else the Singularity may take him. His motto is “Democracy is socialism.” You got a problem with that?

You can follow him on Google + and on Twitter.

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KDDI and AT&T to Connect Toyota and Lexus Vehicles

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