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Weekly Recap: Toyota, Mazda team up to 'make cars better'

Toyota and Mazda are teaming for a noble purpose: to "make cars better." That's how the two Japanese automakers termed their partnership, which was announced this week. So what does this actually mean? The companies said they will set up a joint committee to look for areas of cooperation and named safety and the environment as issues they plan to tackle. From a product perspective, it's believed that Toyota is interested in Mazda's Skyactive engine portfolio. In turn, Mazda has its eye on Toyota's fuel-cell and plug-in hybrid technology. While more specifics were not confirmed, the companies said the "agreement will go beyond the traditional framework of cooperation," and it has the potential to be a long-range partnership. "The main purpose of this initiative is to enhance the appeal of our cars," Toyota president Akio Toyoda said at the announcement. Previously, Mazda has licensed Toyota's hybrid tech and assembled compact cars for Toyota in Mexico. Akio Toyoda said these projects "triggered" the automakers to explore further collaboration. Dave Sullivan, product analysis manager for AutoPacific, said the tie-up echoes Daimler's wide-ranging work with the Renault-Nissan alliance. "This could be a well-groomed match due to each having very unique skill sets," he said. OTHER NEWS & NOTES Volvo selects South Carolina for US factory Volvo confirmed this week that it will build its first US factory in South Carolina, with construction set to begin this fall. The company first revealed plans in March, though it didn't announce a site. The plant will have initial annual production of 100,000 units, though the vehicle or vehicles to be assembled were not specified. The factory, located near Charleston, will open in 2018 and ultimately employ 4,000 people. The facility will help Volvo continue its growth strategy, which includes strengthening its presence in the US market, where it wants to sell more than 100,000 cars per year. "Building a plant in the US is a reflection of Volvo Cars' commitment to the US and the key role the US plays in our growth objectives," Lex Kerssemakers, senior vice president, Americas, said in a statement. Ford GT spied on the road The 2017 Ford GT was spotted testing around the Blue Oval's headquarters in Dearborn, MI, this week. The raw body panels were exposed, and they lacked paint or camouflage. It's the first time the GT has been captured on the street after a spring of auto show reveals.

Cyan Racing Volvo P1800 First Drive: The Swedish answer to Singer Porsche

There’s a good chance youÂ’ve never heard of Cyan Racing unless youÂ’re a fan of World Touring Car Championship racing. Its previous name might ring a bell, however: Polestar Racing. Before the performance road car side of its business was sold to Volvo, and therefore long before that business was in turn spun off into an electric car brand, Polestar developed and campaigned racecars. Now known as Cyan Racing, it has had quite the run of success, too, as theyÂ’re the reigning champions in the WTCC series with five titles so far. Somehow, they found the time to create something entirely different: the Volvo P1800 Cyan. As the name implies, itÂ’s based on the P1800 coupe that was produced from 1961 through 1973. Readers of a certain age will associate that car with Roger Moore as The Saint, before he became James Bond. The P1800 has always been an anomaly in the Volvo lineage. Its classic shape came from the Frua/Ghia studio in Italy and even though it never had sports car credentials, the P1800 had a small but loyal following. So loyal that a P1800S holds a Guinness World Record for the 3.25 million miles driven by its original owner. Despite the P1800 CyanÂ’s undeniable similarity to the original Volvo coupe, itÂ’s an entirely different beast.  The only items that remain from the original 1964 donor vehicle are its steel chassis, hood release, handbrake, and windshield wipers. High-strength steel has replaced much of the substructure and the body has been reimagined in carbon fiber. Under the hood is a turbocharged 2.0-liter four-cylinder sourced from the Volvo S60 TC1 race car. It produces a surprising 420 horsepower and 336 pound-feet of torque at 6,000 rpm. Bolted to the block is a five-speed Holinger manual transmission that sends power to the rear wheels. The original P1800Â’s live axle is replaced by an independent rear with front and rear double-wishbone suspensions being fully adjustable. The 18-inch custom wheels are shod with Pirelli P Zero rubber: 235 widths up front and 265s in the rear. This all results in a featherlight 2,180-pound curb weight. LetÂ’s just say that again for effect: 2,180 lbs. ThatÂ’s lighter than a Miata, folks. At this point, the P1800 Cyan is already unreasonably cool, but wait, thereÂ’s so much more. Hans Baath, general manager for Cyan Racing proudly admits that Singer Vehicle Designs is a huge inspiration for this project, and if youÂ’ve ever seen a Singer Porsche in person, you probably have an idea of whatÂ’s next.

Volvo demos autonomous self-parking car concept

A number of companies are developing autonomous vehicle technology - Google and Audi come to mind - but Volvo is applying its work in the area to a particular usage case: parking. The Swedish automaker has the technology up and running in a concept vehicle, which it says can be dropped off at the curb by its owner and left to its own devices to enter and navigate a car park, then find and park in an available parking spot. Volvo says the process can even be reversed when the owner is ready to go, with the car leaving the car park on its own to meet its key-holder again at the curb.
The vehicle first interacts with Vehicle 2 Infrastructure technology, which places transmitters in the road itself to inform the car (and driver) if the self-parking service is available. The driver then hops out, activates the Self Parking function on his or her smartphone and then leaves the car to do its work. The car uses sensors, all seemingly hidden from view (an advancement of its own in this field), to autonomously navigate the car park, which includes interacting and adjusting to other cars, people and objects.
The technology used here builds off of Volvo's other work in autonomous vehicle research, namely the Safe Road Trains for the Environment (SARTRE) project in which the company managed to create a train of four cars autonomously following a lead truck at speeds up 56 miles per hour. Volvo says the first application of its autonomous research in a production vehicle will happen at the end of 2014 with some level of autonomous steering available in the next-generation XC90. See the system in action by watching the video below.