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Subaru reveals the US-bound WRX STI Type RA and BRZ tS

Subaru has finally revealed the US-bound WRX STI Type RA and BRZ tS, a pair of redressed and slightly better performing versions of the standard models. Despite the big wing, lightweight wheels, and upgrades suspension, those hoping for changes under the hood will be severely disappointed. The WRX STI gets a slight bump to 310 horsepower while output on the BRZ remains unchanged. That should come as no surprise, as the car is essentially the same one we drove two years ago in Japan. The WRX STI Type RA stands for "record attempt." The first RA was named for a Subaru Legacy that broke the FIA World Speed Endurance Record by clocking over 62,000 miles in 18 days, setting a top speed of 138 mph. This new model is named for the upcoming WRX STI Type RA NBR Special race car that will attempt a Nurburgring record sometime this summer. The WRX STI Type RA is lighter and more robust than the standard model thanks to a host of upgrades. The car gets a carbon fiber roof, a carbon fiber rear spoiler, and lightweight BBS 19-inch forged alloy wheels with 245/35R19 Yokohama Advan Sports tires. The spare tire has also been removed. While the engine only gets a mild power bump thanks to a new cold air intake and new exhaust, a retuned ECU, new pistons, and a revised third-gear ratio and short shifter should make the car feel much quicker than before. Aside from the carbon fiber roof and rear wing, there are a number of visual upgrades that set the car apart. There are red Cherry Blossom accents all along the bottom and a plethora of STI badges on the wing, mirrors, and bumpers. More STI logos can be found inside on the new Recaro seats. A plaque inside shows only 500 Type RAs will be made. It's a similar story with the BRZ tS. The acronym stands for "tuned by STI," implying it's not the full treatment like the WRX STI. That still leaves us wondering about these spy photos that show a similar looking car with real STI logos. We'll have to wait and see if anything emerges from that. The BRZ tS gets front and rear SACHS dampers and coil springs and flexible V-braces in the engine compartment. For the first time, the BRZ will come with 18-inch wheels, ditching the low-rolling resistance tires for a set of sticky 215/40 R 18 Michelin Pilot Sport 4 tires, aided by Brembo brakes at all four corners. Visual upgrades are similar to the WRX STI Type RA.

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.

Takata recall of 10 million replacement airbag inflators could get even larger

Takata is recalling 10 million replacement air bag inflators in the United States, the largest ever auto safety recall in history, as U.S. regulators consider whether to expand its scope to include modules that have not yet been the subject of a recall campaign.  Nearly every OEM that sells cars in the U.S. falls under the umbrella of this replacement part recall, including the Detroit Three, Honda, Toyota, Nissan, BMW, Daimler, Subaru and Volkswagen (including Audi).  The 10 million inflator recall made public in early January covers inflators that were a temporary fix. The figure includes some replacement modules that never made it into customer vehicles. Several automakers, including Subaru, have already initiated campaigns to replace the previously recalled inflators with updated parts. Separately, the National Highway Traffic Safety Administration (NHTSA) is assessing whether to compel the recall of tens of millions of additional Takata air bag inflators that have a drying agent. It is also reviewing petitions from General Motors Co to avoid recalling more than 6 million vehicles with Takata inflators. GM has said it could cost $1.2 billion if it had to recall the vehicles. Prior to Wednesday, 41.6 million U.S. vehicles equipped with 56 million defective Takata air bags have been recalled because the inflators can explode when deployed. At least 25 deaths worldwide and more than 290 injuries have been linked to faulty Takata inflators. The Takata recalls cover about 100 million inflators among 19 major automakers worldwide. NHTSA says the cause of the inflator explosions that can emit deadly fragments is propellant breaking down after long-term exposure to high temperature fluctuations and humidity. The vehicle inflators recalled to date do not have a drying agent. Under a 2015 consent order, Takata had to provide data to U.S. regulators by Dec. 31 about whether tens of millions of additional so-called desiccated inflators need to be recalled. Acting NHTSA Administrator James Owens told Reuters the agency was reviewing data on the desiccated inflators and talking to automakers. "We are going to lean in on safety and if we detect a safety problem we will immediately take action," Owens said, adding that the agency could make a decision early in 2020.