2002 Subaru Impreza Sedan 4dr Sdn Wrx All Wheel Drive on 2040-cars

Auto blog

Plans for 7-seat Subaru Tribeca replacement becoming clearer

Subaru is going to have its hands full at the Tokyo Motor Show next week, but while the Cross Sport Design Concept is expected to preview a Tribeca-replacing crossover, this new model could still be at least two years from production. It has already been confirmed that production of the Tribeca will end early next year, but in speaking with Yasuyuki Yoshinaga, the president of Subaru's parent Fuji Heavy Industries, Automotive News is reporting that there will be a lengthy gap between the Tribeca and its eventual replacement.
The next-gen three-row crossover wasn't included in an annual production capacity goal of 500,000 units expected in the US by the end of 2016, so it's likely that we won't see this much-needed CUV until 2017. While the details of this new model aren't known, Yoshinaga told AN that it will be "completely different" from the Tribeca. As we heard back in February, we do expect this seven-passenger crossover to grow in size in order to offer a larger cabin with more third-row space.
Automotive News even mentions that the Tribeca replacement could be based on the existing Subaru Exiga from the Japanese market. That three-row vehicle splits the difference between a minivan and wagon, with swinging doors instead of sliders, and a tall greenhouse.

2014 Subaru XV Crosstrek Hybrid finally adds gas-electric option to the brand [w/video]

For a company that does a pretty great job of tying its vehicles to the environment - or, better said, to people who like to actually get out into the environment - Subaru hasn't exactly been a leader in green vehicle production. In fact, it's 2013 and the company is finally releasing its first-ever production hybrid, the XV Crosstrek Hybrid. Tom Doll, Subaru's executive vice president, admitted as much at the unveiling today at the New York Auto Show: "We at Subaru were not the first to market with a hybrid, but we sure made sure we did it right."
That may be, but for now the automaker doesn't want to tell us all the details of how right it is. We do know that the powertrain takes Subaru's 2.0-liter boxer engine and adds in a 13.4-horsepower electric motor and continuously variable transmission. All-wheel drive will be, of course, standard, and Subaru promises the XV Crosstrek Hybrid will offer the "same utility and versatility as the gasoline model," including 8.7 inches of ground clearance. The hybrid does weigh 300 pounds more, though, which required a re-engineered chassis.
The motor can move the lifted Impreza in all-electric mode up to 25 miles an hour (distance not specified). Subaru isn't talking precise fuel economy numbers, either, just that it will be the "most fuel-efficient all-wheel-drive crossover in America" and will unsurprisingly have start-stop functionality. We do hear, though, that the hybrid will get around 10-percent better fuel economy than the standard gas-only XV Crosstrek. The most efficient version of that car, the one with the CVT, gets 25 miles per gallon in the city, 33 highway and 28 combined. Whatever this hybrid XV Crosstrek gets, we expect Subaru'll sell a million in Portlandia. For more, scroll down to watch an official video and read the press release.

BTW: Subaru's SHARC won the 2012 Design Challenge

Part of the festivities that encompass the LA Auto Show is the annual LA Design Challenge. This year's winner was the Subaru Highway Automated Response Concept, or SHARC. It envisioned automated, zero-emission highway patrolling.
The 2012 edition of the challenge was to envision the future of highway patrol in the year 2025. The goal was to conceptualize a vehicle that would account for the needs of "dynamic urban environments." In addition to Subaru's participation in the contest BMW, General Motors, Honda and Mercedes-Benz, all took part in the challenge.
The SHARC is essentially a law enforcement land-drone. It is entirely automated and runs on renewable energy. Subaru envisioned a future where the Hawaiian Islands are connected to each other by a large highway system. Such an expansive area would require considerable manpower to patrol. The concept of an autonomous patrol vehicle would eliminate the need for a good number of full-time personnel.