While General Motors has become progressively more brazen in outlining its plans for the future, Ford has kept its cards a bit closer to the chest. We do know both companies have similar long-term goals, but Ford has been (rather wisely) preoccupied, adjusting its fleet to meet global demand and ensuring production flexibilities that should prevent it from being caught off guard by an industry turnaround.

It’s interesting because, a little over a year ago, former Ford CEO Mark Fields was promising a complete evolution of the automaker into something called “a mobility company.” However, it now looks as if GM is the firm making a beeline toward alternative revenue streams and a new business model, while Ford takes a more measured approach.  Read More >

Amazon’s Echo has already invaded homes across North America, but it’s now beginning to creep into vehicle infotainment systems. My parents have one and both are quite fond of its ability to answer basic queries through intuitive voice commands. Though my mother refers to the system as my father’s “new wife,” it prefers to be addressed as Alexa when being issued instructions. If you need another point of reference, it’s reminiscent of Apple’s Siri, the computer from Star Trek, and any other automated technology using a female voice as the primary interface.

However, as handy as these systems are, they sometimes make mistakes. Alexa is great at giving me the weather but, when you give her more complex requests, she’ll sometimes get confused. That’s not a big problem when you are able to whip out your phone and go online, but it can be real annoying when driving. Early voice command interfaces in automobiles were infuriating — it was often easier to give up and input whatever information you were trying to shout at Ford Sync, BMW iDrive, or whatever decade-old system you happened to be using.

Thankfully, voice recognition is far better now than it was in 2008. But with so many concerns about automotive safety cropping up, it’s a little surprising that nobody has yet perfected an interface that effectively allows motorists to keep their hands where they belong — on the wheel.  Read More >

General Motors has announced it is the first automaker with its very own in-car commerce platform. We aren’t the least bit surprised.

In fact, we’ve been waiting for GM to announce something like this ever since it expressed an interest in using OnStar to deliver “personalized marketing offers” a little over a year ago. Since then, the manufacturer has also indicated plans to create an app store accessible from a vehicle’s infotainment system, as well as use driver data acquisition as a possible revenue source.

While GM isn’t the only company taking this path, it’s arguably the one that’s gotten the furthest. Our takeaway is that the services being rendered and developed are extremely clever ways for an automaker to rake in money, but will not be universally popular. This early example of GM’s changing business model ought to make the company a bundle while aggravating a certain percentage of consumers.  Read More >

The internet is a black hole filled with an endless stream of stupid thoughts and bad ideas. While it’s usually best to ignore it, every so often something breaks through the obnoxious drone of social media that is so egregious, you couldn’t possibly turn a blind eye if you wanted to.

We are obligated to present to you a recent tweet from Vahid Kazemi, a software engineer for Google’s self-driving arm Waymo, and describe how it made us feel.  Read More >

Like BMW, which aims to keep gas-powered M cars in production for as long as humanly possible, Porsche is also making a commitment to motoring purity in the face of new technologies and government overreach. That circular device positioned in front of the driver? Porsche wants to keep it there.

The specter of Big Government and Big Safety conspiring to kill non-autonomous motoring is a real fear, one that’s been talked about more than a little here at TTAC. Call it the Red Barchetta scenario.

Porsche seems aware of it, too, though it tiptoes around the entity at the center of the issue. Nevertheless, the automaker claims a future Porsche “will be one of the last automobiles with a steering wheel.” Read More >

In the midst of Uber Technologies’ corporate restructuring and cultivation of a squeaky-clean new image, the ride-hailing company was apparently hiding a dark secret. Striving for transparency, the company has now confessed that hackers stole the personal information of 57 million customers and drivers in October of 2016.

The coverup, apparently conducted by the firm’s chief security officer and another staff member, involved over $100,000 in payments to the hackers in the hopes to keep them quiet. The data lost included names, email addresses, and phone numbers of around 50 million Uber riders across the globe. Another 7 million drivers were also subjected to the digital attack, with over half a million of those losing their driver’s license numbers.  Read More >

Building on a strategic partnership announced in August last year, Volvo has signed a framework agreement with Uber to sell “tens of thousands” of autonomous driving compatible base vehicles between 2019 and 2021.

While reading the report, it was important for this author to keep in mind the challenge in affixing an actual definition to the words autonomous driving. There have been shouty voices in various parts of the internet disputing the terms autonomous, Autopilot, and self-driving. There is merit to these arguments.

Nevertheless, Volvo is working with Uber to create technology that will allow vehicles to move about without a driver providing input 100 percent of the time.

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Jaguar Land Rover has taken its first steps into the scariest part of autonomous development — real world testing.

As most automakers are already deep into R&D work on self-driving cars, luxury manufacturers like JLR cannot afford to be late to the party. In today’s world, premium automobiles are less about ride quality or cabin space and more about having the latest and greatest tech. A big, comfortable car isn’t hard to come by — they used to build them all the time. They also aren’t particularly expensive, especially if you shop on the used market.

However, a 2005 Lincoln Town Car in the driveway doesn’t scream “prestige” to the neighbors. But an autonomous Range Rover that parks itself in the garage while you get the mail is something else entirely. If you had a vehicle like that, the guy across the street would have difficulty even holding your now-powerful gaze — shamed by his own car’s clear inferiority. Imagine what kind of price you might pay to have that kind of mastery over another person. Now you can see why this technology is so important to JLR. Read More >

We’ve mused on Infiniti’s Variable Compression Engine in the past, calling it everything from a chameleon to the holy grail. Its killer app? The ability to changes the distance the pistons travel in their cylinders by as much as 6 mm, or about a quarter of an inch.

Why is this important? Because it is, arguably, the first major change to the workings of a internal combustion engine in more than a century.
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“Ford’s future is not about giving up the car,” Jim Hackett, Ford chief executive officer, exclaimed at the Michigan CEO Summit in Detroit on Thursday. But he promises there will be “no dumb cars in the future.”

The executive was not assuring attendees that Ford has no plans to revive the Mustang II, rather, he was talking about the brand’s continued efforts to press onward into the development of electric, connected, and self-driving automobiles on a global scale. With Wall Street still fixated on tech, it would be surprising to hear any automotive executive say otherwise.   Read More >

Commuting is awful. Unless you’re fortunate enough to have spartanly populated backroads between you and the office, that drive to work can be excruciatingly dull — with the only excitement coming from near misses and whatever terrible jokes drive-time radio offers up during that hour. When you get right down to it, most daily commutes are little more than unpleasant ways to add miles onto the odometer.

Of course, with the promise of autonomous driving, that experience is supposed to transform into a worry-free jaunt. But there’s a problem. Most self-driving systems of the near future will require operators to pay roughly the same amount of attention they do now. After all, if your car miscalculates a situation, you’ll want to be ready to take over the instant something seems awry. If that’s the direction we’re heading with this technology, I’m starting to think it might just be easier to automate all of our jobs instead of the the method we use to get to them.

However, at least one self-driving firm has abandoned the development of features that would require human intervention — leaving the car to make up its own mind in an emergency situation.  Read More >

Airless tires are one of those things that crop up every few years, but they never seem to stick around long enough to become commonplace. Already, certain construction vehicles use flat-proof rubber, and tire manufacturers have been playing with airless systems for some time. For example, Hankook has the iFlex, its fifth attempt at non-pneumatic tires, and Goodyear has actually begun selling airless donuts on commercial lawnmowers. Michelin even has a 3D-printed round that it claims will last the lifetime of a vehicle.

Unfortunately, nobody seems able to come up with a solution that works at higher speeds. While they’re great at taking impacts, the existing designs aren’t so good at coping with high levels of heat. But it’s not for a lack of trying — there may even be a breakthrough just around the bend, especially since everyone seems so interested. Rolling resistance and weight are two of the electric car’s worst enemies. If an automaker could mitigate those issues effectively, that would be another leg up on the competition.

It’s an issue weighing heavy on the top minds at Toyota at the moment. The company’s recent concept EV, the Fine-Comfort Ride, came equipped with a set of experimental airless tires from Sumitomo Rubber Industries, boringly named the Smart Tyre Concept-A. Toyota’s theory is that non-pneumatic tires, consisting of a solid band of rubber encircling lightweight alloys, could eventually compensate for the weight of wheel-mounted electric motors.  Read More >

There’s something we don’t often hear about when companies discuss the glory of the autonomous car: the lack of functionality of specific hardware during inclement weather.

Camera systems can be rendered ineffective when covered with ice and snow cover of an inch or more can easily obscure lane markings, leaving self-driving cars at a serious disadvantage. LiDAR, which operates using light beams, can be severely thrown in fog or whiteout conditions. Even if a blizzard doesn’t knock out the vehicle’s sensor array, its computer will still have to know how to mitigate slippery road surfaces.

Whether you’re human or machine, winter driving is extremely taxing. But technology companies hoping to build a self-driving car eventually have to move into snowy regions to advance testing. Some of the bigger automakers already have. Ford, for example, has begun extensive regional mapping — hoping to give cars handicapped by poor visibility a leg up.

Waymo has also decided it’s time to throw on a parka and winter tires. It’s heading to Michigan to start cold-weather testing next week.  Read More >

The company formerly known as Fuji Heavy Industries is again investing in its safety-related R&D, creating additions to its Bifuka Proving Grounds in Japan. Bifuka is fun to say.

Dubbed the “Advanced Driver Assist Technologies Tracks,” the newest testing sites are said to have been built with the express purpose of developing advanced driver aids. If all of this sounds like future planning for testing autonomous driving solutions, you’re probably not too far off.

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“Mobility” is easily the most overused term in today’s automotive vernacular. Despite being incredibly nonspecific, executives can’t help but make it the bookend of most speeches involving long-term goals and production stratagems. But why?

The term itself pertains more to the industry itself than the specific products it’s developing. While “mobility” can be applied to any conveyance with a technological bent, the word also represents a company’s ability to move into other areas of business. And that’s what gets the investors and market analysts tugging at their collective collar, damp across the brow, so red hot they can’t help but raise the stock valuation of any company that seems poised to make a big move.

Tesla’s entry as novel manufacturer with a unique product was enough to send its share price through the roof, and established automakers took notice. Despite Mark Fields’ best attempt to rebrand Ford as a tech company, he couldn’t bottle that same lightning and paid the ultimate price — getting fired. However, General Motors may be succeeding where Ford initially failed. The proof of the pudding is how high its share prices continue to climb.  Read More >