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Subaru ends orders for BRZ in Japan as production winds down

Production of the Subaru BRZ has ceased, marking the end of an eight-year run for the small enthusiast car. The final examples have rolled off of the assembly line ahead of what is expected to be a brief hiatus before the introduction of its successor.  The wind-down of the current BRZ and Toyota GT86 should come as no surprise; Subaru even announced a "Final Edition" BRZ for the German market earlier this year. British outlet Autocar reports that Subaru's production partner, Toyota, is still taking orders for its version of the jointly developed sports coupe, though an announcement regarding its wind-down is expected to be forthcoming.  The timing is especially tricky for potential buyers in Japan who may be looking to snag the rear-wheel-drive sports coupe, as they are limited to whatever remains in dealer inventories. According to Subaru's Japanese BRZ landing page, there may not be a ton of options for shoppers still in the market.  "We have finished accepting orders for build-to-order manufacturing of the models listed," the translated page says. "Due to stock availability at retailers, we may not be able to meet customer requests for body colors and options . Please contact your dealer for more information." We don't yet know for certain when Toyota and Subaru will announce their plans for the next-generation GT86 and BRZ, which were first introduced eight years ago. Rumors have suggested that they could be powered by a turbocharged four-cylinder producing approximately 250 horsepower, which would be a healthy bump from the existing cars' 197-horsepower outputs.  The next-generation car is expected to ride on a new joint platform, and may ditch the current generation's boxer engine in favor of a more traditional inline layout. Despite hints that Toyota wants its next GT86 to "surpass" the Supra, it's unlikely that an affordable sports coupe will infringe too drastically on the more-expensive halo car's performance turf.  Related Video:    

2015 Subaru Outback

"We like producing cars that are different." That's the company line trumpeted by several Subaru executives during the launch of the 2015 Outback - one of Fuji Heavy's most successful vehicles to date. Managing Editor Jeremy Korzeniewski accurately noted that while Subaru has never really found salvation with its mainstream sedans, it's the higher-riding, butcher offerings like the Outback and the Impreza-based XV Crosstrek that have been sales stars for the Japanese company. In 2013, for example, Subaru sold nearly three Outbacks for every Legacy it moved. And in 2014, the XV is on pace to outsell the Impreza upon which its based.
But Subarus have always been different, catering to unique customers that desire something a bit more special than your run-of-the-mill sedan or crossover. It's clearly worked, with Subaru having posted 30 months of year-over-year sales increases as of this writing. And even as the automaker's portfolio goes more mainstream, smoothing out its serially awkward styling and gunning for a larger market share here in the United States, that intrinsic Subaru differentiation is still baked in to each and every product.
It's that new Outback we're here to talk about today, a vehicle that's been comprehensively redesigned for the 2015 model year while not shaking up the formula that's made it successful since its inception in the mid-1990s, back when it (arguably) launched what we now know as the crossover utility vehicle segment. It's still plenty different - and plenty good, too.

Basic Continuously Variable Transmission explained with Legos

In recent years, the search for better fuel efficiency and smoother shifting has produced automatic transmissions with double-digit gears. Alternatively, the same quest has boosted the popularity and usage of a different type of automatic transmission without any fixed gears, the continuously variable transmission, or CVT. YouTuber Sariel's Lego Workshop recently took the time to build a CVT demonstration model out of Legos to help explain how they work. Sariel begins by showing the model's input and output shafts that are parallel to each other. Each shaft has a cone attached to it, and they are inversely placed so that the large part of one cone is next to the small part of the other cone. The two cones are connected using a rounded rubber band.  By shifting the rubber band up and down the cones, the machine changes the effective ratio between the cones. So, a 1:4 ratio can be smoothly transitioned to 4:1. No clutch is required to operate the mechanism, and it eliminates hitches or pauses between gear changes. CVTs are also advantageous over 9- or 10-speed automatics in that they are far less complex and weigh less.  To demonstrate how the CVT operates in a vehicle, Sariel used a joke about Top Gear. The original Top Gear is represented by a faster-moving car that has the rubber band around the large part of the cone on the input shaft. Top Gear without former hosts Richard Hammond, Jeremy Clarkson, and James May is represented by a slow-moving car with the rubber band around the large part of the cone on the output shaft.  For an even more detailed explanation of how CVTs work — albeit one that doesn't involve toys — you can click here. Technology Toys/Games Nissan Subaru