2006 Subaru Legacy Gt Awd Turbo Charged 250 Hp on 2040-cars

Auto blog

Why I chose a Subaru WRX over a BRZ

It was early 2012, and I was ready to get a new car. Not just any car, but the car I had dreamed about for no less than a decade: the Subaru Impreza WRX. There was something about this car that always appealed to me, even before the WRX was sold stateside; originally it was the Impreza 2.5RS that caught my eye. What was so special about the WRX? Well, I loved the idea of having a small car with all-wheel drive and good power, all in a relatively affordable package. It was one car that could do it all. Oh, and that fresh rally blue paint and signature boxer rumble were easy on the eyes and ears. It was a long time coming. I was just about ready to place an order with my Subaru dealer. But wait. What's this? A new kid on the block. Subaru was releasing its long-time-coming, rear-wheel-drive sports car: the BRZ. I was enticed early on when it was announced that Toyota and Subaru would jointly develop a lightweight sports car, and my interest was piqued once I saw the beautiful FT-86 concept. Now I kind of had a tough choice. I still wanted the WRX, but also liked the idea of having a proper sports car with a low center of gravity and low weight. Very different cars, I know, but both offered the fun I craved. I didn't get to drive a BRZ, but I did sit in one and enjoyed the low seating position and crisp feel of the shifter. I could tell it was one car that would feel connected to the road, a true driver's car. After some deliberation and research, I ended up ordering the WRX, my original goal. Why? For one thing, the BRZ was so new that I couldn't get invoice pricing. Plus, with the winters here in Chicago, I really wanted AWD; I was pretty much tired of FWD, and didn't want to risk driving RWD in snowy/icy conditions. Further, the WRX provided usable back seats and plenty of cargo space in the hatchback version (which is the one I chose). To top it off, I loved the power I'd get with the WRX, even though it wouldn't handle quite like the low-slung BRZ. Long story short, it came down to what I mentioned earlier: one car that could do it all. The WRX is a jack of all trades. It offers a nice blend of performance and practicality. Do I have any regrets? Not at all. If my financial situation allowed for it, I would love to have an AWD daily driver and a RWD sports car for occasional use (either a BRZ, MX-5, or S2000), but since I could only afford one vehicle, the WRX was the right choice for me. I liked it so much, in fact, that I upgraded to a 2016 WRX.

Subaru PHEV coming later this year using Toyota Prius Prime tech

Subaru plans to release an all-wheel drive plug-in hybrid later this year, and has joined forces with a league of Japanese automakers and suppliers to make it happen. Subaru has said the PHEV will be a conversion of a current model, but hasn't named the model. The prominent hybrid bits are expected to come from the Toyota Prius Prime — Toyota has a 16.5 percent stake in Subaru — but Subaru will retain its longitudinally mounted boxer engine. We know that said Subie will be built in Japan and sent to the U.S, so theories have coalesced around the Crosstrek or Forester, built at Subaru's Gunma, Japan factory. The Crosstrek was just redesigned for 2018, the 2019 Forester is expected sometime this year. If the model ends up being a Crosstrek PHEV, that would mean hybrid lightning striking that car twice: Subaru introduced a Crosstrek Hybrid in 2013, then removed it from the market in 2017 after slow sales. Assuming a wholesale transplant from the Prius Prime, the Subaru PHEV would get an 8.8-kWh lithium-ion battery that can be recharged at a household outlet in under six hours. The Prius Prime is rated at 133 mpge, 54 mpg combined, and runs for 25 miles in EV mode, but Subaru's model being all-wheel drive will likely alter those numbers. Subaru will launch its PHEV first in the 10 states that adhere to California's Zero Emissions Vehicle program. The PHEV is part of the Japanese carmaker's multi-year plan to reduce its fleet emissions, first described four years ago. Come 2020, the trademark boxer engines should come with cylinder deactivation and lean burning Atkinson cycles, around the same time that Subaru stops turbodiesel sales in Europe and Australia. The brand's first full EVs are due in 2021, expected to be electric versions of conventionally powered models. To jumpstart its EV research, and make its comparatively small R&D budget stretch further, last year Subaru joined in on the EV Common Architecture Spirit Company with Toyota, Mazda, Suzuki, Daihatsu, Denso and Hino. Related Video: Featured Gallery 2018 Subaru Crosstrek: First Drive View 29 Photos News Source: Autoweek via Carscoops Green Subaru Hybrid toyota prius prime subaru crosstrek

Subaru WRX S4 gets big power bump in Japan

A month after originally teasing it, Subaru is finally unveiling its WRX S4 model for Japan. It's a bit more than just a plush take on the sport sedan, because Subaru is fitting a more powerful version of the 2.0-liter, turbocharged boxer four-cylinder engine than we get on these shores.
The company says that S4 stands for "'Sports performance', 'Safety performance', 'Smart driving' and 'Sophisticated feel," and it certainly looks like this Rex ticks all of those boxes. The most surprising feature is the Japanese model's 2.0-liter turbo engine boasting 296 horsepower (221 kilowatts) and 295 pound-feet (400 Newton-meters) of torque in this application. That's quite a healthy upgrade over the 268 hp and 258 lb-ft that Americans get in the standard WRX, and it's even nipping at the heels of the 305 hp and 290 lb-ft from the STI with a 2.5-liter mill that we get over here.
While extra power is always welcome, enthusiasts might not be so thrilled that Subaru's Sport Lineartronic Continuously Variable Transmission is the sedan's only available gearbox. However, it offers a simulated eight-speed shifting mode when drivers notch the car into Sport# driving mode. Of course, the S4 also packs Subie's trademark all-wheel drive with Vehicle Dynamics Control and Active Torque Vectoring as standard.