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Ford Smart Mobility plan moves forward with P2P car sharing

Back when 2015 was still just days old, Ford Motor Company outlined its Smart Mobility plan at the Consumer Electronics Show in Las Vegas. It consisted of 25 global experiments meant to test out various ideas, with a stated goal of learning how to better address future transportation needs and direct the company's efforts. Six months later, Ford is ready to take what it's learned and move to the next phase. During the keynote address at the 5th annual Further with Ford future trends event – this year held, significantly, in Palo Alto, California – CEO Mark Fields announced Smart Mobility is moving from experimentation to implementation. Mostly. On the more concrete action side of things, Ford Credit Company is working with partners in the US and London, England on a pilot peer-to-peer car-sharing program. Stateside, this will see it team up with Getaround, inviting some 14,000 people in six cities to sign up for pre-screened, short-term car rentals. Across the pond, Ford will work with easyCar Club, targeting 12,000 folks in a similar service. Smart Mobility will also bring the GoDrive one-way car sharing program under its umbrella, upgrading it from what it calls an experiment to an actual pilot program. Fields also revealed a new electric bike design called the MoDe:Flex. The sporty model joins its two previously announced brethren, the MoDe:Me and MoDe:Pro. MoDe:Link, the app that provides a variety of info and allows for eyes-free navigation using hand grips that give haptic feedback to parlay direction changes has been extended to run on an Android smart watch. There, the app can process a rider's biofeedback signals to alter output. For instance, in "no sweat" mode, the bike will pick up more of the workload as your heart rate increases, keeping you from overexerting yourself. None of the bikes are being offered for sale, or for use as part of any sort of sharing program. At least, not for now. Instead, they remain in the realm of multimodal mobility experimentation. Check out the video above for a closer look at Ford's P2P car sharing plans or move down for a look at its latest ebike. You can find lots of detail about the shift in the Smart Mobility plan in the official press release, which is also below. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Shelby GT350R offers first mass-produced carbon fiber wheels

In the world of race engineering, reducing total weight is good, but reducing unsprung weight is flippin' fantastic. That's the reason Ford is pushing the envelope in terms of technology for the Shelby GT350R's wheels. Joining the likes of Koenigsegg in the offering, Ford has teamed with Australian outfit Carbon Revolution to produce the CF rollers en masse for the first time. Destined for the hubs of the new Shelby GT350R, the new hoops weigh just 18 pounds each, versus the 33-lbs weight of a similar aluminum wheel. On top of slashing up to 60 pounds in unsprung weight, there's such a reduction in rotational inertia – 40 percent, versus aluminum wheels – that Ford actually has to recalibrate the magnetic ride control system and springs. Thanks to, we're guessing, scenes of crashed Formula One cars disintegrating and spewing shards of carbon fiber all over the track, Ford seems quite keen to do away with the idea that CF is strong, but brittle. The company conducted extensive shock testing, ramming a wheel into a curb at speed. According to the Blue Oval, the lightweight wheel allowed the suspension to respond so quickly that the impact was "greatly diminished," causing the tester to run the experiment again, thinking there'd been a mistake. After recording brake rotor temperatures of 900 degrees Celsius (over 1,650 degrees Fahrenheit, or well past the point that aluminum or magnesium would melt) during testing, Ford and Carbon Revolution actually redesigned the wheels to "a thermal standard more suitable for motorsports," by adding an "incredibly thin, nearly diamond-hard coating that reliably shields the resin from heat." The same process was used to protect engine turbine blades on the Space Shuttle. While the work by Ford and Carbon Revolution should make GT350R customers excited, the work being done here could have serious implications for performance cars in the future. That's the real takeaway here, and is something that should leave fans of all performance vehicles excited.

Ford to spread all-wheel drive across performance range

Car and Driver took a closer look at the all-wheel-drive system in the Focus RS, Ford reps having made "broad hints" about it being applied to other performance vehicles. One spokesperson even said that he "can see this as one of those technologies of the future." That would make sense because, as C/D notes, it couldn't have been an inexpensive job to engineer the torque-vectoring unit for the Focus – one that can send 70 percent of torque to the rear wheels, and send 100 percent of that portion to either wheel if needed. C/D also clues into the system's close similarity to the AWD unit in the recently updated Range Rover Evoque, which is manufactured by Sweden's GKN Driveline. In the Evoque, torque vectoring is brake based and two electronically controlled clutches turn the Range into a front-wheel-drive crossover under 22 miles per hour. Ford wouldn't comment on the GKN Driveline connection, or even if there is one. No matter where it might come from, more performance Fords are good for every enthusiast, and we do not look an AWD, torque-vectoring gift horse in the mouth. Featured Gallery 2016 Ford Focus RS News Source: Car and Driver Ford Technology Hatchback Performance