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8 car technologies designed to keep you safe

Technologies are always advancing forward, especially in your vehicle. As more safety technologies are being introduced into the market, it can be hard to keep track of everything. So here are 8 technologies designed to keep you safe on the road. Want more coverage? Head over to http://bit.ly/2CcOngW Ford Kia Mercedes-Benz Subaru Toyota Volkswagen Volvo Autoblog Minute Videos Original Video FCA automatic emergency braking

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 1.0L EcoBoost 3-Cylinder: Autoblog Technology of the Year award finalist

As the old saying goes, "There's no replacement for displacement." But these days, many automakers are launching powerful, downsized engines that offer similar or better power output than their predecessors, all while offering improvements in fuel economy and emissions. These days, we're seeing automakers replacing eight-cylinder engines with turbocharged sixes, and the naturally aspirated six-cylinder motors are being phased out in favor of potent turbo fours. But Ford has gone even smaller, offering a three-cylinder, turbocharged engine with one single liter of displacement.
Sure, three-cylinder engines aren't anything new - they've been offered around the globe for ages. But Ford's EcoBoost 1.0L powerplant is perhaps the best application the Autoblog team has tested. Gone are the triple-cylinder complaints of yore - this engine doesn't sound anemic or buzzy, and there's healthy power output on tap. In fact, compared to the 1.6-liter inline-four that Ford also offers in the Fiesta, the 1.0-liter is more powerful, while boasting an impressive 45 miles per gallon on the highway.
This engine has already received numerous accolades, including winning the International Engine of the Year award in 2012, 2013 and 2014. The 1.0L EcoBoost will be available in the refreshed 2015 Ford Focus here in the US.