2012 Subaru Forester X Low Mileage Wagon 2.5l Awd + Subaru Extended Warranty! on 2040-cars

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West Coast labor dispute hampers Japanese automakers' US plants

The ongoing labor dispute between the International Longshore and Warehouse Union and port owners along the West Coast is starting to affect more Japanese automakers building vehicles in the US. The issue already forced Honda and Subaru to take the expensive option of airlifting some parts into the US weeks ago, and according to USA Today, Toyota and Nissan have begun doing so, as well. The choice hasn't been cheap, though, and Subaru's chief financial officer estimated that the decision cost around $60 million more per month than sending components by cargo ship. The effects continue to radiate, according to USA Today, and shortages of some models are possible. Honda is slowing production at its factories in Ohio, Indiana and Canada because the automaker doesn't have enough transmissions and electronics for some vehicles. Toyota already cut back on overtime at some factories. Nissan has only seen a small effect from the issue, though, because of its local suppliers. Dock workers and port owners have been negotiating on a new contract since last year, and the union has organized work slowdowns in response. According to USA Today, the automakers could move shipments to Canada or Mexico, but it would take longer for parts to arrive. News Source: USA TodayImage Credit: Mark Ralston / AFP / Getty Images Earnings/Financials Plants/Manufacturing UAW/Unions Honda Nissan Subaru Toyota shipping port labor dispute

Subaru could have all-electric CUV by 2021

Subaru doesn't exactly have an industry-leading electric vehicle program. It sells the Impreza Sport Hybrid in Japan and the Crosstrek Hybrid in the US. There have been electrified rumors and concept cars, but Subaru has been more content to promote getting out into the environment rather than using your car to help it. But maybe this'll change in 2021. That's when, according to a report in the Nikkan Kogyo Shimbun newspaper in Japan, the automaker will introduce an midsize, all-electric AWD CUV in the US. The EV would be based on the Forester or Outback and use a new global platform. As for where the cells, batteries, or motors would come from, there was no mention. The newspaper cited unnamed sources and all that an on-the-record spokesperson would say is that, "We have yet to decide on any specifics at the moment." Or, as Subaru of America's national manager of product communications, Dominick Infante, told AutoblogGreen, "It's a bit early for us to discuss electric vehicles and PHEVs." There's a good reason for Subaru to be considering going electric, and it's the same one that's pushing the entire industry to zero-emission vehicles: tighter emissions regulations. As much as we want to know everything now, it appears that Subaru is taking the same approach to all-electric vehicles as it did with hybrids. At the New York Auto Show in 2013, Subaru's executive vice president Tom Doll said that, "We at Subaru were not the first to market with a hybrid, but we sure made sure we did it right." If it takes the company until 2021 to release an EV, it had better get it right. 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.