2014 Subaru Legacy 2.5i Sport Sedan 4-door 2.5l 1600 Miles 18 Inch Rims Back Cam on 2040-cars

Auto blog

2020 Subaru Outback Suspension Deep Dive | More than meets the eye

The 2020 Subaru Outback is a completely redesigned car. It has a lot to offer in terms of new convenience features, and the driving experience is much improved. A good deal of that comes from chassis improvements, and indeed a lot of work went into making the body shell and suspension subframes more rigid so the suspension attachment points could be more robust and stable. Don’t let all of that rigidity talk make you think the ride itself is stiff. It isnÂ’t. Any suspension tuning engineer will tell you that a stable platform is necessary even if a smooth ride is the goal. Rigid attachment points make it easier to control ride motions and road imperfections within those components designed for that very job – the springs, dampers and suspension bushings. So letÂ’s take a look at what Subaru has done under the new Outback. What weÂ’re about to see doesnÂ’t just apply to the Outback wagon, but to the closely-related and also-redesigned 2020 Legacy sedan as well.   ItÂ’s no surprise that a vehicle like the Subaru Outback uses strut front suspension, but from here, a couple of details do look curious.   Like any strut suspension, the steering axis (yellow line) is defined by the pivot bushing at the top of the strut and the center of the lower ball joint. The entire affair will pivot about this line when the wheels are turned. The lower control arm (red) of the newly redesigned 2020 Outback is now a lightweight aluminum piece instead of the steel hunk that was used last year. As before, thereÂ’s a “direct-acting” stabilizer bar link (green) that attaches to the strut housing, an arrangement that maximizes the efficiency of the stabilizer bar because the motion ratio is 1-to-1 motion with respect to wheel movement. As for the stabilizer bar itself, itÂ’s now hollow to save a bit of weight.   This spacer (yellow) raises the body relative to the suspension. The Outback has one, but the lower-riding Legacy sedan does not. The spacer pushes the arm down (or the body up - take your pick), so that means the OutbackÂ’s reinforcing bracket (green) will also differ from that of the Legacy. While weÂ’re here, look at the round rubber bushing just below the spacer. That void space and square nub you see pointing directly at you will make sense in a short while.   Subaru couldnÂ’t simply put a spacer on the OutbackÂ’s rear lower control arm pivot and call it good. They had to do something of similar magnitude at the front.

Subaru Levorg, also known as the WRX's wagon cousin, revealed in production form

Last year, Subaru gave us our first look at the new Levorg station wagon in "prototype" form, which over the past few years has shared most of its body and interior with the Subaru WRX. Now we finally get to see the production version, and it looks basically identical to the regular and STI Sport concepts. That's not a bad thing. It builds on the old Levorg and WRX with sharper, crisper lines. There's more visual detail in the headlights and angled wheel arches. And it retains classic cues such as the big hood scoop. It can be made more aggressive looking with a variety of front and rear spoilers, diffusers and side skirts, too. While the exterior isn't huge news thanks to past concepts, the interior and engine specs are. The interior in particular gives us our first look at what we'll probably see in the next WRX. Not surprisingly, the focal point is the huge vertical touchscreen that looks lifted straight out of the Legacy and Outback. In fact, the whole dash is very similar to that of the bigger Subarus, though the height of the dash is a bit shorter and the air vents a bit thinner. The Levorg also has a fancy screen for its instrument panel, and it will be interesting to see if that carries over to a future WRX. We also finally have complete specs on the Levorg's engine, which we're sure won't be in the next WRX. It's a turbocharged 1.8-liter flat-four. Its engine name is CB18, marking it as a new engine not shared with any current Subaru. It makes 175 horsepower and 221 pound-feet of torque and is paired with a CVT. While you can already get a WRX with a CVT, there's no way Subaru would offer the WRX with an engine that's down about 100 horses to the old model. When we do finally see the new WRX and STI, they will likely be similar to this Levorg, though with possibly some body tweaks to make it a little more aggressive. They will also probably adopt a sedan design instead of the wagon shape. Under the hood will likely be iterations of the turbocharged FA-series flat-four. The current WRX already has a 2.0-liter version of this engine, which makes 268 horsepower and 258 pound-feet of torque. The next model could use a carryover or upgraded version of this engine. As for the STI, reports suggest it will get a 2.4-liter variant and could make as much as 400 horsepower. Related Video:

Takata recall of 10 million replacement airbag inflators could get even larger

Takata is recalling 10 million replacement air bag inflators in the United States, the largest ever auto safety recall in history, as U.S. regulators consider whether to expand its scope to include modules that have not yet been the subject of a recall campaign.  Nearly every OEM that sells cars in the U.S. falls under the umbrella of this replacement part recall, including the Detroit Three, Honda, Toyota, Nissan, BMW, Daimler, Subaru and Volkswagen (including Audi).  The 10 million inflator recall made public in early January covers inflators that were a temporary fix. The figure includes some replacement modules that never made it into customer vehicles. Several automakers, including Subaru, have already initiated campaigns to replace the previously recalled inflators with updated parts. Separately, the National Highway Traffic Safety Administration (NHTSA) is assessing whether to compel the recall of tens of millions of additional Takata air bag inflators that have a drying agent. It is also reviewing petitions from General Motors Co to avoid recalling more than 6 million vehicles with Takata inflators. GM has said it could cost $1.2 billion if it had to recall the vehicles. Prior to Wednesday, 41.6 million U.S. vehicles equipped with 56 million defective Takata air bags have been recalled because the inflators can explode when deployed. At least 25 deaths worldwide and more than 290 injuries have been linked to faulty Takata inflators. The Takata recalls cover about 100 million inflators among 19 major automakers worldwide. NHTSA says the cause of the inflator explosions that can emit deadly fragments is propellant breaking down after long-term exposure to high temperature fluctuations and humidity. The vehicle inflators recalled to date do not have a drying agent. Under a 2015 consent order, Takata had to provide data to U.S. regulators by Dec. 31 about whether tens of millions of additional so-called desiccated inflators need to be recalled. Acting NHTSA Administrator James Owens told Reuters the agency was reviewing data on the desiccated inflators and talking to automakers. "We are going to lean in on safety and if we detect a safety problem we will immediately take action," Owens said, adding that the agency could make a decision early in 2020.