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Translogic 174: Ford envisions the future of parking

Translogic visits Georgia Tech for a glimpse at the future of parking. First, we demo the Ford remote parking program by driving a golf cart around campus from the comfort of an off-site lab; think of remote parking as a virtual valet. Then we see how Ford's "parking spotter" works, a crowd-sourced way of finding an open space. Along the way, Translogic host Jonathon Buckley chats with Ford's global director of vehicle electrification and infrastructure, who explains how these innovative parking concepts could help us get around more efficiently. Have an RSS feed? Click here to add Translogic. Follow Translogic on Twitter and Facebook. Click here to learn more about our host, Jonathon Buckley. VIDEO TRANSCRIPT Jonathon: You turn the wheel and the cart turns the wheel because we've got to remember that the carts 150 meters down that way. I should use yards because I'm not in Australia any more. Welcome to Translogic. I'm Jonathon Buckley. Every year in this country we spend over 70 million hours looking for parking. We think that's a pretty miserable way to spend that time but Ford Motor Company and Georgia Tech have taken this problem head on by developing a parking spotter experiment and some pretty cool remote driving functions to go with it. When it comes to remote vehicle repositioning, you guys have been so far using golf carts?Mike: That's right.Jonathon: What's the goal with this type of technology?Mike: As you probably know, car sharing is becoming one of the emerging trends in mobility. With that, any type of sharing program that we looked at around the world, one of the common challenges it has is that during the end of the day, or the nighttime hours, there's something that has to happen to get all the assets back to where they need to be for the next day. Cell phone technology and broadband technologies have advanced so far that we can remotely control a vehicle from anywhere it the world. For example, we could actually take this and create a virtual valet. You and your significant other pull up to, say, a restaurant. You could potentially get out of the vehicle and then the call center could take your vehicle and park it for you. You wouldn't need to do anything [00:02:00] else other than arrive at the restaurant.Jonathon: The whole thing's pretty intuitive. It works exactly as you imagine a golf cart would work. The only difference that there really is is there's just a little bit of latency that you have to account for.

Ford using robot drivers to test durability [w/video]

In testing the durability of its upcoming fullsize Transit vans, Ford has begun using autonomous robotic technology to pilot vehicles through the punishing courses of its Michigan Proving Grounds test facility. The autonomous tech allows Ford to run more durability tests in a single day than it could with human drivers, as well as create even more challenging tests that wouldn't be safe to run with a human behind the wheel.
The technology being used was developed by Utah-based Autonomous Solutions, and isn't quite like the totally autonomous vehicles being developed by companies like Google and Audi for use out in the real world. Rather, Ford's autonomous test vehicles follow a pre-programmed course and their position is tracked via GPS and cameras that are being monitored from a central control room. Though the route is predetermined, the robotic control module operates the steering, acceleration and braking to keep the vehicle on course as it drives over broken concrete, cobblestones, metal grates, rough gravel, mud pits and oversize speed bumps.
Scroll down to watch the robotic drivers in action, though be warned that you're headed for disappointment if you expect to see a Centurion behind the wheel (nerd alert!). The setup looks more like a Mythbusters experiment than a scene from Battlestar Galactica.

Galpin-Fisker Rocket shows up topless in Monterey

The Rocket Coupe, introduced at the Los Angeles Auto Show last year, was a collaboration in reimagination carried out by designer Henrik Fisker and Galpin Auto Sports on a Ford Mustang. The next version of that concept has come to Pebble Beach in the metallic red form of the Rocket Speedster Concept you see here. In this guise the Mustang convertible gets a speedster tonneau cover that runs all the way to the front seat headrests, covering the back seats. As with the rest of the bodywork the cover is fashioned in carbon fiber, portions of it visible in places like the stripes running along the hood from the hexagonal grill to the tonneau, and the exposed carbon fiber air ducts that are mesh-filled to improve airflow through the cabin. And yes, it still has that nose. Underhood is a supercharged 5.0-liter V8 with 725 horsepower, all that cavalry brought to a stop by 15-inch Brembo Gran Turismo brakes up front tucked behind 21-inch custom wheels. Although it is labeled a concept, it too will go into limited production like its hardtop forebear. The press release below has the info, the gallery above has the goods. Related Video: GALPIN FORD AND HENRIK FISKER UNVEIL ROCKET SPEEDSTER CONCEPT AT 2015 PEBBLE BEACH CONCOURS D'ELEGANCE Acclaimed Automotive Designer and Visionary Customizer turn the Ultimate Mustang into a Stunning Speedster MONTEREY, Calif. (August 15, 2015) – Galpin Auto Sports and Henrik Fisker unveiled the latest iteration of the "Ultimate American Muscle Car" today at the 2015 Pebble Beach Concours d'Elegance; the 2015 Rocket Speedster Concept. Following a short drive onto the legendary Pebble Beach Concept Lawn, Henrik Fisker and Galpin Motors President, Beau Boeckmann introduced the convertible carbon fiber-bodied super-Mustang, intended for low-volume production. The car was featured as one of only a few special designer cars in front the Lodge at Pebble Beach. Featuring a fully integrated carbon fiber speedster cover that transforms the four-seat convertible into a two-seat speedster, this new edition Rocket maintains exceptional visual drama and performance with the top up or down. As with the Rocket Coupe, the Concept carries a carbon fiber hood feeding air into the supercharged 725-hp V8 engine through two sculpted air intakes, aiding the grill and front splitter in maintaining optimal cooling and aerodynamics. Constructed by GFMI Metalcrafters, Inc.