2017 Subaru Brz 2.0 Premium on 2040-cars

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2017 Subaru Impreza sedan spied for the first time

Subaru gave us a look at the attractive concept for the next-gen Impreza hatchback at the recent Tokyo Motor Show, but new spy shots present the opportunity to check out the production version as a four-door sedan. While camouflage makes the details harder to suss out, there are a few notable similarities. At the front, the concept's thicker grille and more angular headlights both appear present through the cladding. The shape of the A-pillar also looks alike. However, the visually interesting creases along the sides either aren't coming to production or are just very well hidden on this example. At the back, the taillight coverings suggest the C-shaped units from Tokyo might see production. In addition to the angular styling, the next-gen Impreza should see a mechanical overhaul by moving to Subaru's new modular platform featuring the company's more fuel efficient, direct-injected engine. Don't expect the brand's famous all-wheel drive to go anywhere. With production slated to move to the company's factory in Lafayette, Indiana, the latest Impreza should launch in the latter part of 2016 as a 2017 model. Hopefully we will get a better look at both the sedan and hatchback before then. Related Video:

This Subaru BRZ has a snowmobile engine and gets 104 mpg

A hybrid powertrain didn't win the Honda CR-Z numerous fans, but it might be the magic ingredient in making the Subaru BRZ more potent. This is the "Car of the Future" as envisioned by Mississippi State University's Center of Advanced Vehicular Systems – the result of a two-year project, which married a front-mounted 850 cc snowmobile engine with two electric motors powering the rear wheels. The battery pack accounts for 12.7 kWh, which enables the car to go 50 miles on just electric juice. The two-liter boxer engine is no more, but what the car loses in cubic inches it gains in MPG. According to MSU engineers, the re-engineered car gets 104 mpg equivalent, and it only weighs 2,904 lbs: about 60 lbs more than an unmodified Sportshift BRZ. It clocks a 0-60 mph run at around 5.7 seconds, too, which beats a stock automatic BRZ by a second. The electric brain of the car improves the range by calculating optimizing algorithms, based on earlier driving. The guys from MSU's Bagley College of Engineering call this Predictive Engine Control. The most likable thing about this project might be that it's still clothed in a sports car body. Future-proof car designs are often focused on mobility instead of the driver, and choosing a BRZ as the basis shows how there's still room for petrolheads in the future.

2020 Subaru Outback Roof Rack Driveway Test | Double cross

There is only one vehicle on the market with a roof rack system like the 2020 Subaru Outback. Literally everything else has either flush-mounted or raised rails where some form of crossbars are connected with "towers" (OK, so there's whatever you'd call this on the 4Runner TRD Pro). While car manufacturers will sometimes include crossbars, quite often it's left to the accessory catalog or third-party companies such as Yakima and Thule. In any event, keeping crossbars on your car regardless of how they are affixed increases wind noise and can harm fuel economy. They can also sully the view out your sunroof, but that's obviously a lesser concern. The Outback doesn't have to worry about any of that, including buying aftermarket pieces. Its roof rails are the crossbars. Making this transformation could not be easier. Simply lift up on a little tab, pull the rail out of its round socket and swing it over to the other side. Repeat with the other bar. Plug the rail into a socket on the opposite side. Done. You have crossbars.  Compare that to the process of mounting the Yakima Timberline towers and bars on my 2013 Audi Allroad.  Find bars and towers in garage. Move Christmas tree. Find special Yakima screwdriver thingy. Line up bars to roughly the 32-inch gap Yakima products are designed to fit to. Wrap rubber "band" connectors around the raised side rails and tighten two screws with Yakima screwdriver thingy. Repeat three more times. Of course, none of that is especially hard. In fact, it's incredibly easy and intuitive once you've set the bars/towers up to fit your car. It is, however, far more time consuming than what you can accomplish in the Outback. You're less likely to take them off, which again, isn't ideal. Here is another advantage of the Outback's racks. Although other Subarus have these, they are nevertheless unique to the brand. There are sturdy tie down points on each corner of the rail for those times when your rack itself isn't enough. I should note, however, that the new Ford Bronco is available with such tie-down points mounted to the hood. Nifty.  Back to the crossbars. Another potential advantage is that they sit lower to the roof than most crossbars (although something like the Thule AeroBlade Edge comes close). Don't quote me here, but less of a gap between the roof and whatever is above seems likely to be an aerodynamic advantage.