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Chevy's low-cost pedestrian avoidance to debut on 2016 Malibu

The mainstreaming of safety technologies that began on luxury vehicles will get a big boost from General Motors later this year. The General says it plans to offer 22 driver assistance systems across its product portfolio of 2016 models, starting with the redesigned Chevrolet Malibu - the one that we know will keep tabs on teenagers for the benefit of parents. Pedestrian avoidance will be another of its available options. Instead of kitting the sedan out with numerous and expensive radar arrays, the GM system uses the camera mounted next to the rearview mirror that is already used for the lane-keeping function. New software lets it detect pedestrians, and when it detects a potential collision with one, it can alert the driver and brake autonomously if the driver doesn't react. Eventually, engineers want to give it the ability to do the same with cyclists. Because it uses existing hardware updated with new code, GM says the application costs "a few hundred dollars." GM demonstrated the Front Pedestrian Braking preventing a crash with a dummy pedestrian at speeds up to 15 miles per hour. Automotive News reports that it will reduce the severity of impact up to 40 miles per hour, but "may not be of much use in collisions at higher speeds." That feature will also join the options list of the Cadillac CT6. The press release below has more on GM's driver tech soon on the way. Related Video: GM Paving Way to Smarter and Safer Driving at All-New Active Safety Test Area 22 crash-avoidance technologies offered on 2016 Chevrolet, Buick, GMC and Cadillac models MILFORD, Mich. 2015-07-24 – Chevrolet, Buick, GMC and Cadillac will offer 22 different active safety technologies across their 2016 model year U.S. lineups, ranging from driver alerts to those that automatically intervene and assist the driver in critical situations. Safety engineers will develop and test these and other safety technologies for products around the world at GM's new, 52-acre Active Safety Test Area at its Milford Proving Ground near Detroit. The $14 million facility officially opened Friday. "Our comprehensive safety strategy of helping customers before, during and after a crash continues," said Jeff Boyer, vice president of GM Global Vehicle Safety.

2021 Cadillac Escalade ESV will debut at the New York Auto Show

LOS ANGELES, California — Cadillac pulled the wraps off its 2021 Escalade today at an event in Los Angeles, and we were there to see it all play out live and in living color. But while we have some specifications for the long-wheelbase ESV version, that model wasn't on display. According to the automaker, the next-generation Escalade ESV will get a formal debut at the 2020 New York Auto Show in April. The 2021 Cadillac Escalade ESV will boast a wheelbase of 134.1 inches and an overall length of 226.9 inches, making it 15.9 inches longer than the standard Escalade and 5 inches longer than the similarly extended Lincoln Navigator L. That extra length translates into 1.7 additional inches of third-row legroom and 17.4 more cubic feet of cargo space behind the third row over the standard Escalade. We expect the ESV will get the same two powertrain options as other Escalade models. The standard 6.2-liter V8 puts out 420 horsepower and 460 pound-feet of torque. An optional 3.0-liter diesel-fueled inline-six will offer 277 hp and 460 lb-ft while delivering improved fuel efficiency over its gasoline-powered sibling. Both engines will be mated with 10-speed automatic transmissions. The 2021 Escalade will go on sale in late 2020. We're not yet sure if the extended ESV will come at the same time or be added later, but we ought to know more by its debut in April. Related Video:

GM Ultra Cruise hands-free system will take on Tesla Full Self-Driving

GM announced Wednesday that it will introduce a new semi-self-driving suite above its Super Cruise offering. Dubbed Ultra Cruise, it will coexist with GM's existing tech as it goes toe-to-toe with Tesla's "Full Self-Driving." GM says it will be compatible with more than 2 million miles of U.S. and Canadian roadways (with lots of headroom for expansion) and operate in more than 95% of normal driving situations at launch. The system will utilize more sensors than the existing Super Cruise system, with "cameras, radars and lidar, developing accurate, 360-degree, three-dimensional statistical representations of the environment surrounding vehicles with redundancies in critical areas." Tesla has long eschewed lidar technology as a means to improve its Autopilot and Full Self-Driving suites, but may be coming around on it. And Tesla recently dropped radar on Model 3 and Model Y to rely on cameras. While there are many competent semi-self-driving systems on the market today, true autonomous vehicles are still in their earliest stages, with Google's Waymo generally considered the leader of the race. Early releases of Tesla's many-times-delayed Full Self-Driving suite have demonstrated just how infantile the technology is, and even it is leaps and bounds ahead of other commercially available technology – and with good reason.    Related: GM sets goals of doubling revenue, leading U.S. electric vehicle sales   Semi-self-driving suites offered in typical mainstream cars are effective upgrades to adaptive cruise control, but even the ability to go for hours on the highway with limited input is nothing compared to the demands placed on a true self-driving platform. Things we take for granted in everyday driving — reacting to traffic lights and signs, changing lanes, navigating turn lanes and safely pulling into traffic, driving close to obstacles such as construction barricades, or something as simple as properly negotiating a tight driveway — are beyond the scope of all other advanced driver assistance suites.  "Ultra Cruise is not just a game changer in terms of what it enables ­– a door-to-door hands-free driving experience – but a technological one as well," said Doug Parks, GM executive vice president of Global Product Development, Purchasing and Supply Chain. "It's been developed completely in-house.