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2019 Mazda CX-5 Turbo First Drive Review | Two-row crossover perfection

Listen: If you're shopping for a crossover, and by all accounts most Americans are, there is no better option on the market than the 2019 Mazda CX-5. When we test drove the all-new 2017 CX-5, we were astounded by its marked improvements over the already-great previous generation. We noted then its biggest drawback was its average 187 horsepower. The CX-5 didn't feel slow, and it certainly made up for it in other ways, like by delivering superior road-hugging abilities. But, it was probably enough to turn off buyers who do their shopping by analyzing spec sheets. For 2019, Mazda addressed that exact issue with a vengeance. With an all-new 2.5-liter SkyActiv Turbo good for 250 horsepower, the CX-5 not only leapfrogs bestselling rivals like the Honda CR-V and Toyota RAV4, but lands squarely in the realm of luxury stalwarts such as the Audi Q5 and BMW X3. When we drove the 2017 CX-5, we likened the handling to that of a Porsche Macan. Now it has the power to match. Among its direct competition, only the 2019 Toyota RAV4 breaks the 200-horsepower mark, ringing in at 203 (and the Hybrid makes an even more impressive 219 ponies), while the Honda CR-V, Subaru Forester and VW Tiguan all sit between 180 and 190. Now, to get the full herd you must fill the tank with 93 octane premium, but if you don't mind leaving a few ponies in the stable you can pump 87 octane for a slight dip to 227 horsepower. The engine adjusts with no ill effects. Even better, torque stays the same no matter what, and the stump-pulling 310 pound-feet of torque comes quick at just 2,000 rpm. The SkyActiv turbo is full of clever engineering tricks, too. There's an exhaust port restrictor, for instance, a narrower channel used only at low engine speeds. Mazda engineer Dave Coleman likened it to a thumb over a firehose, making more exhaust pressure at idle to spool up the turbo, and thus delivering more oomph when you take off from a standstill. Mazdafarians will recognize the mill as the same one that debuted on the 2018 Mazda6. It powers the CX-9 too, Mazda's highly acclaimed three-row crossover. The 3,825-pound CX-5 has 558 fewer pounds to shuffle around than its larger stablemate, making it downright snappy. However, that extra pep does come with a fuel economy penalty, 22 city and 27 highway mpg versus the naturally aspirated version's 24 city and 30 highway mpg.

Leaked images show digital gauge cluster for Mazda3

Most everything divulged about the 2019 Mazda3 so far has focused on the trick Spark Controlled Compression Ignition (SPCCI) Skyactiv-X engine. If a series of photos posted on a Chinese website are accurate, it looks like Mazda has novel plans for the cockpit as well. The three images show a three-color, all-digital gauge cluster in two different configurations. The first configuration places a three-digit speedo in the center of a blue-ringed tachometer, with gear indicator and water temp displays on the left, fuel range calculator and what appears to be a funky clock on the right. The second configuration splits the tachometer to the left and the speedo to the right. In between them is what looks like a road surface display for automatic cruise control. Trip info lies just under the blue-banded road, while water temp, fuel gauge, gear indicator and range info line up across the bottom. A swath of empty space on the left could be where Mazda's relocated the current car's passel of warning signals. Of note: Everything around the digital gauges appears to come straight from the current Mazda3. The instrument panel surround, the steering wheel and buttons, the stalks, all of it is lifted from today's car. If the photos are what's headed our way on some trim of the 2019 Mazda3, though, they show a clean, handsome evolution of the no-nonsense cluster in the current compact hatch. Mazda's worked up a head of good press on the run-up to the Mazda3 launch for both the engine and the dynamics. We're told we'll get between 10 and 30 percent more torque from the 2.0-liter SPCCI Skyactiv-X, and about 25 percent better fuel economy compared to today's 2.0-liter Skyactiv-G. Handling-wise, the jinba ittai philosophy — horse and rider as one — has led to engineers reworking everything from tire sidewall stiffness to multi-contoured torsion elements and the mounting and shape of the seats. The hatchback's torsional stiffness climbs by 30 percent, any excess rigidity countered by 7.5 meters of "matrix resin material" applied in 16 places on the body "to absorb vibration and dissipate it as heat." The point has been to eliminate dynamic static between the driver and the road, and then to give the driver the best natural seating position to take advantage of the body's reflexes to dynamic input. At the same time, this digital gauge cluster might also give that driver something tasty to look at. Related Video:

Takata airbag recall spreads to China with 42k Mazda sedans

The scope of the problem with the faulty airbag inflators from Takata continues to broaden and is now reaching China, as well. Mazda is recalling 42,732 Mazda6 units there, produced by its local joint venture partner China FAW Car Company, to replace the front passenger airbags. It comes as part of Mazda's recall of nearly 160,000 vehicles worldwide, including about 34,600 in the US, according to Reuters.
This is the same problem that caused seven automakers in the US to recall an estimated 2.1 million vehicles in late June. The airbag inflators can potentially explode instead of deploying the airbag, which hampers the bag's inflation. In some cases occupants are also hit by the metal shrapnel, which can cause further injuries. In the US, Mazda is repairing the 2003-2007 Mazda6 (pictured above), 2006-2007 Mazdaspeed6, 2004 MPV and 2004-2008 RX-8 originally sold in or currently registered in Florida, Puerto Rico, and Hawaii.
This is hardly the first instance of this issue. Since 2001, there have been 20 recalls tied to the exploding airbags supplied by Takata. The problem is possibly linked to the propellant in the inflators, but there's no conclusive evidence of that yet. Most of the automakers in the US limited the most recent recalls only to a few humid states because moisture potentially exacerbated the problem.