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Uber releases fleet of self-driving vehicles to select few in Pittsburgh

Starting today, a select group of Uber users in Pittsburgh, PA will have the ability to request a self-driving vehicle. If a self-driving vehicle is in the area, Uber will send it, as well as a safety driver, to drive loyal customers to their destination. The announcement to give customers the opportunity to get a ride in one of Uber's self-driving vehicles comes roughly a year and a half after the company set up its Advanced Technologies Center in the city. On Tuesday, the company offered a few members of the press the opportunity to ride in one of the company's self-driving cars. The fleet, despite Uber's collaboration with Volvo, was comprised of 14 Ford Fusions equipped with a host of self-driving technology, reports TechCrunch. Uber is giving away free rides as a way to obtain real-world testing, which is crucial for self-driving technology. Recently, nuTonomoy beat Uber to the punch by launching the world's first autonomous taxis in Singapore. While the choice to release its self-driving cars in Pittsburgh mainly comes down to the fact that its ATC is located there, the city faces four seasons and its difficult streets that are comprised of bridges, railroad lines, and an irregular grid layout will prove to be a challenge for the autonomous cars. Since the self-driving vehicles are still being tested, the cars will come with two full-time Uber employees. One employee will loosely grasp the car's steering wheel, ready to take over if something goes awry, while the other will monitor the computer's software. As TechCrunch points out, Uber's autonomous vehicles drove in a similar manner to a regular driver. It obeyed traffic laws, mimicked a driver by coming to stops gently and at other times abruptly, as well as driving slightly into another lane to dodge a poorly-parked vehicle, reports TechCrunch. There's no word on whether regular Uber customers will get a ride in one of the company's Fusions or one of the Volvo's that its working on. Automakers and companies alike have been in a race to put autonomous vehicles on the road. Tesla recently updated its Autopilot system, Apple laid off dozens of employees to reboot its self-driving car project, and Google is working giving its autonomous vehicle the ability to detect emergency vehicles. While this is a large step for Uber, vehicles with autonomous capabilities still have a long way to go.

Report: GM struggling to market turbo technology

In the automotive realm, marketing can sometimes prove just as important as the actual product. Take, for instance, Ford's well regarded EcoBoost technology, which couples turbocharging with direct injection to produce more horsepower and reduce fuel consumption. Would it surprise you to hear that General Motors has had similar technology on the market for over three years?
It's true. GM's first turbocharged, direct injected powerplants hit the market for the 2007 model. The 2.0-liter Ecotec mills put down an impressive 260 horsepower and a matching 260 pound-feet of torque, and they were lauded by the press in the engine bays of the Pontiac Solstice, Saturn Sky, Chevrolet Cobalt SS and Chevrolet HHR SS. But few people outside a core group of enthusiasts actually remember this fact.
Says Uwe Grebe, executive director of GM's global advanced engineering, "We didn't have a badge and say, 'This is the most important thing we will put on all our brochures.'" Ford, however, did just that, and it's EcoBoost engines are right at the tips of all our tongues when we discuss today's most advanced powerplants. So, how does The General fix its mistake?

2015 Fisker-Galpin Rocket Quick Spin [w/video]

There is no shortage of fast Mustangs these days. Roush and Saleen will tune your ordinary 'Stang into something really special. Ford itself offers hot coupes like the new Shelby GT350. Don't even get me started on the endless aftermarket catalogs full of bolt-on whats-its and performance upgrades. Standing out within the huge crowd of tuned Mustangs is hard to do. But you'll definitely notice this one. "I always wanted to do a Mustang," Henrik Fisker told me as we walked toward his latest creation, the Rocket, parked outside the Inn at Spanish Bay in Pebble Beach, CA. The man knows a thing or two about design, after all. He penned the BMW Z8, as well as the Aston Martin DB9 and V8 Vantage. But this Rocket is, well, ugly. The rear end isn't totally terrible, and those 21-inch wheels are sort of cool, but taken as a whole, it looks like it swallowed something it doesn't like the taste of. But beauty is in the eye of the beholder – or perhaps, the creator – so we'll let Mr. Fisker explain why the car looks the way it does. See the video below for his brief design walkaround. If you can get past the looks, there's a world of performance to unleash, thanks to the boys at Galpin Auto Sports – the same folks responsible for the GTR1 I drove last year. The Mustang's 5.0-liter V8 gets a 2.9-liter Whipple supercharger that improves output to 725 horsepower (the torque figure isn't available), and the car's suspension has been thoroughly reworked to help put all that grunt to the ground. It's very good, yet very familiar. Let me explain. Driving Notes Like the stock Mustang, it's really easy to drive. The car fires up with a growl, you move the shifter into first gear, and the action of engagement is as solid as it is in the normal 5.0-liter car. Both the clutch and throttle have a progressive action, so it's super easy to launch the Rocket (sorry). Once you get going, there's a ton of power to unleash. It doesn't smack you in the face right up front, though – the power delivery is smooth and linear. Easy to manage, too, thanks to that slick six-speed manual transmission. Credit Ford (and Getrag) for making a manual that's able to handle so much extra grunt. That said, the Rocket feels like your typical fast Mustang. It goes like hell in a straight line and there isn't a ton of steering feel. Galpin retuned the electronic power-assisted steering, but it's still too light considering the added power of the car.