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Autonomous tech will drive motorheads off the road

While autonomous technology could make car travel much safer and more efficient — and automakers and marketers are salivating over the prospect of a "passenger economy" that could potentially generate $7 trillion by 2050 — those of us who enjoy driving are not so stoked. Experts have predicted that as autonomous vehicles are deployed in large numbers, human-driven cars eventually could be outlawed on public roads due to the carnage they create, which is currently more than 41,000 deaths a year in the U.S. alone and climbing. Such scenarios have driving enthusiasts envisioning a "Red Barchetta" style nightmare becoming reality, making Rush lyricist Neil Peart a clairvoyant as well as one of rock's most badass skin-pounders. But there could be a couple of refuges left for motorheads, and they won't be on public roads. As Popular Science's Joe Brown points out in a recent editorial, we're seeing a wave of vehicles being offered by legit mainstream automakers that aren't made for public roads. The poster child of this vanguard is the 2018 Dodge Challenger SRT Demon, which comes with a crate full of goodies that lets you turn the already formidable street-legal muscle car into a drag-strip dominator. Brown also notes that two out of five of the Ford GT's driving modes are for use on the track, "catering to the $450,000 machine's club-racing clientele." We're also currently enjoying the heyday of production off-road-ready pickups that kicked off with the Ford Raptor in 2009. The latest salvo in this escalating war of overachieving trucks is the Chevy Colorado ZR2 that can take on the likes of California's Rubicon Trail without issue. Brown also gives a shout-out to his magazine's Grand Award Winner, the Alta Motors Redshift MX, which "isn't even allowed on public roads" and is "meant for bombing around motocross tracks, big backyards and single-track woods trails." If you follow Brown on Instagram, you know that he's also a two-wheel aficionado, and he points out that sales of off-road bikes are leaving street machines in the dust. Sales of off-highway motorcycles rose 29 percent between 2012 and 2016, according to the ­Motorcycle Industry Council — compared to 6 percent for road-bike sales during the same period. "That's a nearly 400-percent drubbing," Brown remarks.

Ford gathering data to improve how bikes and car interact

More than a hundred years ago, the Ford Motor Company changed the landscape of US cities with its cars, and the company is once again trying to disrupt the way Americans move around their metropolises by ditching four wheels for two. Ford is hoping data will make the difference in its quest to create a city friendly to both cars and bikes with what it calls a "mobility experiment" known as Info Cycle. Engineers are riding bikes with data sensors on the front fork around the tech town of Palo Alto, CA, according to CityLab. This data is analyzed and made public on Ford's open-source site called OpenXC. The sensors record everything from speed to temperature to ambient light. Ford hopes the data give city governments and biking activists the tools they need to make roads safer for all travelers. Along with data gathered from cars, Ford hopes to foster a better urban ecosystem for both bikers and drivers. Ford has tried to crack into the bike market before, but concepts like the Think and e-bike were never fully realized or came to market too early to capitalize on the current transportation revolution. Now that car ownership and miles driven are down and alternative modes of transportation are catching on in the United States, Ford wants to be on the cutting edge of the mobile revolution. Earlier this year, Ford introduced the MoDe:Flex, an electric bike concept, along with the previously announced MoDe:Me and MoDe:Pro. Related Video: News Source: CityLab Green Ford Driving Bikes data

Ford recalls 9,900 vehicles across two campaigns

Ford is recalling a total of 9,885 vehicles in two campaigns. The Basics: In one recall, Ford will recall 9,017 examples of the 2013 Escape with build dates from January 11, 2012, to April 1, 2013, and the 2013-2014 Focus ST produced between May 3, 2012, and October 14, 2013. The Problem: Splices in the engine wiring harness might not have enough compression, and this can cause the manifold absolute pressure sensor to send incorrect signals to the powertrain control module. This issue could cause the engine to stall. Injuries/Deaths: None reported. The Fix: Dealers will replace the current crimped splices with new splices, according to the National Highway Traffic Safety Administration. If You Own One: The repair campaign will begin on January 4, 2016. More Information: Ford recalled the 2013 Escape and Focus ST in August 2014 for the same problem, and this is an expansion of that campaign, according to company spokesperson John Cangany to Autoblog. The Basics: In the smaller of the two campaigns, Ford will recall 868 examples of the 2013 Explorer, Explorer Police Utility, Taurus, Taurus Police Interceptor, Flex, Lincoln MKS, and MKT. The Problem: The fuel delivery module can crack, which would cause a fuel leak. Injuries/Deaths: None reported. The Fix: Dealers will replace the fuel delivery module. If You Own One: Owners should receive notice soon because NHTSA's report says the recall begins in December. More Information: According to Cangany, this recall is an expansion of a campaign from 2013 for these vehicles. RECALL Subject : Engine Wiring Splices may cause Stall Report Receipt Date: DEC 02, 2015 NHTSA Campaign Number: 15V813000 Component(s): ELECTRICAL SYSTEM Potential Number of Units Affected: 9,017 All Products Associated with this Recall Vehicle Make Model Model Year(s) FORD ESCAPE 2013 FORD FOCUS 2013-2014 Details Manufacturer: Ford Motor Company SUMMARY: Ford Motor Company (Ford) is recalling certain model year 2013 Escape vehicles manufactured January 11, 2012, to April 1, 2013, and 2013-2014 Focus ST vehicles manufactured May 03, 2012, to October 14, 2013. Insufficient compression in the engine wiring harness splices to the Manifold Absolute Pressure (MAP) sensor may provide incorrect signals to the powertrain control module (PCM). CONSEQUENCE: The incorrect signals could cause the vehicle to hesitate or the engine to stall, increasing the risk of a crash.