2008 Subaru Outback 2.5i Wagon 4-door 2.5l,desired Color Combo,florida Car on 2040-cars

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Next-gen Toyota 86, Subaru BRZ could arrive by 2021

If these rumors are true, a small but dedicated core of fans could be in for a treat. According to Japan Times — and citing unspecified "sources" — Toyota and Subaru are developing a next-generation 86 and BRZ, with a possible launch around 2021. The new car(s) would reportedly have more power, improved handling and newer safety features. According to the report, the rear-drive sports coupes could do away with the current 2.0-liter engine in favor of one with a larger 2.4-liter displacement. The Japan Times sources say the next-gen 86 will also have a lower center of gravity, which will translate to an improvement on the car's already impressive cornering stability. Theoretically, the 2.4-liter in question could be the new FA24 mill used in the upcoming Subaru Ascent crossover that's turbocharged to produce 260 horsepower and 277 pound-feet. That output would be a mammoth jump from the current Toyobaru pair, and it seems doubtful that's what possible second-generation cars would get. Nevertheless, it's at least consistent with recent comments from Toyota engineer Tetsuya Tada that indicated a more powerful, turbocharged 86/BRZ would not be possible unless there was a new, next-generation model. In an interview with Australia's CarAdvice, Tada said, "I do like turbos, however if we come up with a turbo version of the 86 and boost up the power that would result in the necessity of changing the basic configuration completely, to come up with a car that I would be satisfied with." "One characteristic of the 86 is that in terms of the front balance it's slightly front loaded so it makes the handling more fast and agile," he continued. "So if we were to come up with a turbo version, we would have to go change the weight balance between the front and the rear. That means we have to come up with a completely new platform, so it's not about just changing or slight modification in the engine parts." Note that "we have to come up with a completely new platform" does not equal "we are coming up with a completely new platform." He could be talking strictly hypothetically, it could be a wink-wink nudge-nudge implication that his team is already hard at work, or things could've just been a bit fudged in translation. In any event, as hopeful as we are about the possibility of a new generation of Subaru BRZ and Toyota 86, we can't help but maintain a healthy dose of skepticism that the partnership will continue as the Japan Times report suggests.

US Army tests Subaru-powered hybrid truck

The military has been studying the implementation of alternative drivetrains for years, a tiny sampling of which includes the diesel-electric hybrid technical hauler and L-ATV from Oshkosh Defense and the Aggressor from Quantum Technologies. There was also ADA Technologies' work with ultracapitors, General Motors' focus on fuel cells and the roll out of electric motorcycles for Special Forces. In the Ultra Light Vehicle (ULV) prototype vehicle pictured above, we have the latest developments in the Department of Defense's hybrid interest combined with a need to develop a lightweight replacement for the AM General Humvee.
In 2010 the Office of the Secretary of Defense put the Army's Tank Automotive Research, Development, and Engineering Center (TARDEC) in charge of developing a personnel carrier that could "balance payload, performance and protection," and do so without exorbitant cost. Armored Humvees can weigh more than seven tons, and while the ULV is just under 14,000 pounds, the new vehicle can do a lot more with its weight.
The Subaru turbodiesel under the hood puts out 175 horsepower and 260 pound-feet of torque. That's not much for pulling 13,916 pounds, so it's assisted by two Remy 410HVH HT electric motors each capable of adding 268 continuous hp and 369 peak hp, along with 844 lb-ft of continuous torque or 1,221 ft-lbs at peak. They're only limited by the 14.2 kWh lithium-ion battery rated at 65 kW of continuous power and 180 kW of peak power, but still, TARDEC says the ULV can do 21 miles on electric power and on the flats has a combined range of 337 miles at 35 mph.

Subaru WRX S4 STI Sport # is a sharper, limited-edition WRX for Japan only

Depending on your nationality, age, and interests, the first association for the # symbol could be pound — for weight or the telephone, number, plain old hash or hashtag, or sharp for the musically inclined. Subaru Japan intends that last meaning for its new WRX S4 STI Sport #, because this is a sharper version of the mass-produced WRX S4 STI Sport introduced to the top of the range last year. Of note, this vehicle is a standard WRX, not a full-beans WRX STI. The differentiator is the "STI Sport" designation, which has also been applied to the Japan-market Levorg and BRZ, representing a model developed with input from Subaru Tecnica International. Last year's flagship trim picked up STI-tuned Bilstein DTMatic II inverted struts at front, STI-tuned conventional springs and dampers in back, 18-inch black wheels to go with black trim pieces like mirror caps and decklid spoiler, and a special interior with Bordeaux leather and ultra suede. Output from the 2.0-liter four-cylinder Boxer motor was left unchanged from the WRX S4 at 296 horsepower and 295 pound-feet of torque, shifting through the automaker's Sport Lineartonic CVT. The sedan costs 4,093,200 yen ($38,050 U.S.). The limited-edition WRX S4 STI Sport # displays a keener edge thanks to three STI components tested on the division's Nurburgring race cars — a flexible front tower bar, and flexible draw stiffeners for front and rear. All three components have been available on the aftermarket for a while, but their stock fitment is apparently new. The flexible tower bar looks like a typical strut tower reinforcement, but a pillow ball joint in its middle provides vertical elasticity. The bar maintains rigidity across the vehicle, but when the suspension needs a little give to work up and down, the pillow ball joint allows that. The flexible draw stiffeners are adjustable rods that connect a longitudinal frame member to a component on the cross-member, increasing chassis stiffness. STI says the three parts deliver faster steering response, reduced roll speed, and improved wheel tracking in the case of road ruts or crosswinds without compromising suspension suppleness. The Boxer sees some tweaks like a freer-breathing air filter and exhaust that raise torque by up to 10%, and sharpen throttle response. Thicker sound insulation in the floor and extra vibration-damping material in the spare tire well cut road noise for all occupants.