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Seeing the sights with Subaru EyeSight's Touring Assist | Autoblog in Japan

Autoblog recently went to Japan to drive cars, ride trains, and talk to carmakers about automotive history and the future of mobility. This video is part of a larger series of special reports from Japan. TOKYO — The interesting thing about Subaru's EyeSight technology is that — like its name suggests — it relies mostly on the stereoscopic color cameras located behind the rear-view mirror that scan the road ahead of the car. We've had EyeSight available here in the U.S. for years now, controlling features like pre-collision braking and throttle control, and adaptive cruise control. The cameras can detect vehicles, pedestrians and lane markings, and judge their distance. It uses color images to recognize brake lights, which add another piece of important input when making critical life-or-death decisions. New for Japan, though, is an EyeSight upgrade called Touring Assist. Touring Assist builds upon the capabilities of EyeSight with more robust lane tracing, adaptive cruise control and steering assist. Before expending to other markets or other models, Touring Assist is only available on the Subaru Levorg and WRX in Japan. The capabilities of lane tracing have been expanded for use at any speed, rather than just over 37 miles per hour. Additionally, Touring Assist adds automated steering to help keep you in your lane. This uses the cameras not just to read and adhere to the lane markings but, at speeds of up to 37 mph, to also follow the car in front of you. Touring Assist doesn't allow for fully autonomous driving, but its driver assistance features automate certain functions in specific conditions, theoretically making driving safer and easier. It's a step toward fully autonomous driving, a technological foundation upon which self-driving systems can expand. We arrived in Japan in spring, expecting to see streets lined with cherry blossoms. Instead, we were met with a frigid downpour that later turned to snow on our first full day in Tokyo. While not ideal conditions for our first time driving in Tokyo traffic — or driving on the left side of the road in a right-hand-drive car — it allowed us to test out Touring Assist in less-than-perfect conditions. Check out the video above to see how that went. In all, we were pretty impressed with Touring Assist. What would have been a fraught drive in a foreign country on the wrong side of the road in crappy weather and heavy congestion was actually pretty relaxed and enjoyable.

Subaru XV runs over dog in Russian ad, but in a funny way

In case you're wondering, no, the woman didn't actually hit the dog. This is just a commercial, and a fairly clever one after you get over the perceived canicide, that's meant to show off the desirability of Subaru's lifted Impreza wagon, the XV Crosstrek.
We'll try not to spoil it for you, because it is a fairly humorous piece, but you have to make sure to watch it from start to finish. The found-footage angle of it, which sort of presents it with the same quality as a Russian dashcam video, just adds to the video's ridiculous premise.
We aren't sure if this is an actual ad from the Russian arm of Subaru, as it seems to be posted from an independent account with only one video to its credit. Still, have a look below, and let us know what you think.

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.