2005 Subaru Legacy Gt Sedan 4-door 2.5l Turbo Awd Excellent Condition Low Miles on 2040-cars

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Subaru suing CA dealership for alleged false customer surveys

Whenever you buy a new car from a dealer these days or sometimes even go in for service, you can expect to fill out a customer satisfaction survey at some point down the road. The responses are actually quite important to showrooms because automakers require the businesses to keep things at a certain level or face penalties. However, a Subaru dealer allegedly found a way to game that system, at least briefly, and now the Subaru of America has filed a lawsuit in US District Court for breach of contract. South Coast Subaru in Costa Mesa, CA, reportedly falsified 224 customer satisfaction questionnaires in 2014, according to Automotive News. The scheme wasn't that hard to figure out, though. All of the faked surveys were allegedly submitted through the IP address of an Acura showroom managed by the same dealer. Under normal circumstances when someone buys a Subaru, the dealer is supposed to collect the customer's email address and submit it to the automaker. However, South Coast allegedly presented false addresses, and then managers had employees fill the forms out during lunch. Subaru claimed in the suit that by doing this the dealer harmed the company's product reputation and its goodwill among customers. "Defendants prevented Subaru from discovering the actual customer satisfaction level of Subaru retail customers at South Coast Subaru by providing sham customer surveys to [Subaru]," the complaint said, according to Automotive News. Related Video:

Subaru uses a mime and a toy car to explain why it loves the boxer engine

I will freely admit to struggling with why Subaru continues to stubbornly employ a boxer engine design while so few other automakers do the same. After all, with twice the number of cylinder heads and cams as a traditional inline four-cylinder engine, a boxer four is more complex, more expensive to manufacture and more cumbersome to service with few tangible benefits. Until recently, the company's engines struggled to meet the fuel economy numbers of its competitors while offering no real boon in horsepower or torque. Subaru seems to recognize I'm not the only one scratching my head.
In order to help us non-believers understand what's what, the company has employed a pair of mimes, a toy car and a few clay engines to demonstrate the folly of every other automaker on the planet. Subaru says the boxer offers up a lower center of gravity than either an inline four-cylinder engine or a V6, which I will gladly concede. The company also says the design offers up smoother operation.
I'll offer just two counterpoints here. First, an engine with a low center of gravity is excellent, but when vehicles like the Forester, XV Crosstrek and Outback boast more ground clearance than most mainstream SUVs, that argument flies out the window. Second, anyone who's spent any amount of time behind the wheel of a vehicle equipped with an inline four and then proceeded to move into one propelled by a boxer can tell you the latter has all of the idling manners of a small tractor. Check out the video below to see for yourself.

Subaru offers glimpse of Viziv 2 Geneva concept

Subaru clearly sees something special in its Viziv crossover concept. After debuting it at last year's Geneva Motor Show and evolving it for the Tokyo Motor Show, the Japanese brand is bringing a Viziv 2 concept to this year's Geneva show on March 4. It also has a few other cards up its Swiss sleeve, too, as it has plans to display its new WRX STI road car and racecar for the Nürburgring 24 Hours this summer.
The third iteration of the Viziv gets reshaped boomerang headlights and new LED foglights, but that's all we know for the moment, because Subaru has only released a single teaser rendering along with a tantalizing claim that the showcar "signifies a future path" for the brand's next models.
The powertrain for the Viziv 2 is also still a secret. Both previous concepts used three-motor hybrid systems matched to continuously variable transmissions. In the first concept, primary power came from a diesel engine, while gasoline power was said to motivate the second evolution in Tokyo.