2006 Subaru Forester ,,salvage Title ,, on 2040-cars

Auto blog

Subaru testing a BRZ with STI badging and a big wing

Pretty much since the introduction of the Subaru BRZ and its identical Toyota- (or Scion-) badged twin, enthusiasts have been pining for a more powerful version, preferably with an STI badge and all the performance tweaks that come with it. So far though, Subaru has only shown a turbocharged concept that's now a couple of years old, as well as a Japan-only BRZ tS by STI, which only had suspension and handling upgrades. But now, spy photos show Subaru is working on another STI-badged BRZ, and it's testing in the US. Our spy photographer caught this prototype near Subaru's office in Ann Arbor, Michigan, and it's wearing Michigan manufacturer plates. And, although Subaru taped over it, we can still clearly make out the STI badges on front and back. Despite the STI badges, we don't see any evidence that this BRZ has any kind of power adder like a turbocharger or supercharger. The front vents appear to be the same size as the current model, and there's no hood scoop to feed a possible top-mounted intercooler. The exhaust also looks roughly the same as the naturally aspirated BRZ. There are some other upgrades, though. Most noticeable is the huge rear wing, which has similar stanchions to the BRZ tS. In addition to the wing, the body is accented with the STI lip spoiler, side skirts, and rear bumper extensions available on the current BRZ. Behind the multi-spoke wheels are Brembo brakes at each corner. Based on these photos, we'd say this STI-badged BRZ is probably a track package/trim that improves the car's already excellent handling. We of course hope that there may be some horsepower upgrades under the hood. But a lack of visual changes for forced induction, and Subaru's history of reluctance regarding more powerful BRZs, has us erring on the slow side. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

2021 Toyota Camry AWD vs. midsize all-wheel-drive sedans | How they compare on paper

Just as crossovers have become the dominant body style in the car market, the all-wheel drive they frequently feature has become more popular. In fact, all-wheel drive is so popular that automakers are increasingly putting it in traditional cars. The latest car to add driven wheels is the 2021 Toyota Camry. It will offer all-wheel drive on most of its trim levels, though only with the four-cylinder engine. It isn't alone in this market, though. So we've compiled the Camry's specifications, along with those of a couple of its competitors for comparison. For the purposes of this analysis, we're sticking with the AWD veteran 2020 Subaru Legacy equipped with a naturally aspirated 2.5-liter engine and the relative newcomer 2020 Nissan Altima. Both are similar in pricing and power to Camry. We've skipped the turbocharged Legacy and the turbocharged Ford Fusion with all-wheel drive as both have higher base prices and significantly more power. We'll take a look at these three sedans engine output, fuel economy, pricing and space. Below is a chart with all the raw numbers, and below that is more in-depth discussion of the cars. Performance and Fuel Economy These sedans are very closely matched, but one area where a clear winner emerges is in output. The Camry has a solid 21 horsepower and roughly 10 pound-feet of torque over the Subaru and Nissan. This, despite all of the engines having the same displacement. That power should make it quicker than the approximately 50-pound-heavier Subaru, though the Nissan Altima may stay with it thanks to its curb weight being about 100 pounds less than the Toyota. Also worth noting is that only the Toyota offers a traditional automatic transmission, whereas the Subaru and Nissan rely on CVTs. Subaru and Nissan have both dramatically improved their CVTs to the point they're quite unobtrusive, but if you strongly prefer the feel of softly shifting gears, the Toyota is your choice. In our experience, all three of these sedans are pleasant to drive with suspension and handling clearly tuned in favor of comfort over quickness. Fuel economy is close to a dead heat. Toyota hasn't announced official fuel economy numbers for the all-wheel-drive model, but we can estimate that, as with most all-wheel-drive variants, mileage will be slightly lower than normal models. We're betting it will only about 1 mpg worse than front-drive variants. That puts it in the same 29 to 30 mpg overall range as the Subaru and Nissan.

UK designer to make WRX Concept-aping body kit for production Subaru

Remember the Subaru WRX Concept shown at the 2013 New York Auto Show, the one almost everyone loved but no one expected Subaru to make? Indeed, that Parnassian "design statement" led to a production design that came from a good middle class neighborhood known for its office parks and pasture land. UK designer Michael Bond is offering to change that, the man behind the yet-to-be-produced Rumbler "Superhero Utility Vehicle" touting the Subaru WRX Concept 13, which would take a customer's new WRX and turn it into something pretty close to the original concept.
That means new front and rear clips, including a redesigned rear diffuser to increase downforce, but a spoiler can be installed if the buyer decides that what he wants. The car won't be an exact replica of the NYIAS concept since that would infringe on Subaru's intellectual property, but it isn't clear yet how the design would be altered. Bond's site says that once he gets 50 confirmed orders, his team will order a WRX and begin the process of creating the new bodywork. It is claimed that once work begins, it will be four to six months to "[present] a completed model for public view."
Bond says the price will come down depending on the number of orders beyond 50, but doesn't give any indication of how much those first 50 cars could cost. If you're keen, though, head over to the site and fill out the enquiry form. Who knows if the Concept 13 will happen, but so far this is the best chance you have of getting what could have been.