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2020 Mazda CX-5 adds torque to the turbo engine, gets more expensive

The 2020 Mazda CX-5 is getting a little more desirable in the new model year. It’s also slightly more expensive. Most of the benefits are realized with the 2.5-liter turbocharged four-cylinder. This engine gets a small boost in torque, going from 310 pound-feet to 320 pound-feet. Horsepower stays the same at 250 horses, and the max power is still made using 93 octane fuel. We saw a similar torque gain in the 2020 CX-9. Mazda says it also added a new “Engine Harmonics Enhancer” that “tunes to the engine with a much more refined and powerful sound.” WeÂ’re guessing the turbocharged engine is going to sound just a hair better in 2020. When equipped with the turbocharged engine and all-wheel drive, the CX-5 also gets an off-road traction assist feature. Similar to the CX-9Â’s system, Mazda says “when the diagonal wheels lose traction, off-road traction assist will stop reducing the engine torque and increase the brake force on the wheels without traction.”  Mazda says all CX-5s will also take advantage of improved NVH, making the CX-5 feel a bit more premium and isolated from the road. Every CX-5 will also be equipped with MazdaÂ’s suite of i-Activsense safety features as standard in 2020, as well. This means adaptive cruise control and lane-keeping assist are both standard features now. As Mazda tries its best to move into the premium space, itÂ’s changed all the fonts on the badging and displays on the car. Although, Mazda neglected to include any photos of the new look, so weÂ’ll wait to judge on that front. The premium look and feel comes with a slightly higher price than 2019. A base Sport is $740 more expensive than last year, coming in at $26,135 after the $1,045 destination charge. The most luxurious Signature trim is just a touch more expensive than last year (by $165) at $38,100. What Mazda hasnÂ’t included in its 2020 rundown is the Skyactiv-D diesel option. WeÂ’ve reached out to Mazda to see if we can determine its fate in 2020 and will update this story upon hearing back. Update: Mazda responded to our request for comment. Since the 2019 diesel variant was on a different release schedule than the rest of the 2019 CX-5 lineup, the company isn't talking 2020 diesel yet. The company is treating it as a "future product," therefore it's not commenting on it.  We can only speculate as to what that means for the diesel CX-5, so we'll wait on official information from Mazda whenever it may come.

Mini Cooper Countryman only small car to earn good grade in latest IIHS crash tests [w/video]

Competitors in the small-car segment didn't do nearly as well. Four vehicles earned "poor" grades.
Only one small car out of 12 tested earned a good grade in the latest round of crash-test results compiled by the Insurance Institute for Highway Safety. The Mini Cooper Countryman received a "good" ranking on the organization's small-front overlap test.

Mazda Skyactiv-X Review | The revolution begins with a squeeze-bang

The matte black Skyactiv-X prototype looks like a rough Mazda3, perhaps reconstructed after a bad wreck by an over-enthusiastic owner of a spot welder and lots of gaffers' tape. Ribbed ducts poke out of the dash sending two breaths of conditioned air to no one in particular. Even its revolutionary engine, the thing we're here to experience, is entombed in a massive, nondescript cover to mask its unseemly noises. It's a wild, strange way to meet a very unconventional vehicle that promises diesel-like fuel economy, a wide torque band, and an exotic method for burning less gas than ever before. It takes a few hours for Mazda's engineers to explain the fundamental principles of operation. For more detail, read our Skyactiv-X Spark Controlled Compression Ignition explainer, but here's a very brief overview. Skyactiv-X marries some traditional gasoline engine characteristics with a novel form of compression ignition called SPCCI. The key for Skyactiv-X is to use very high compression in the cylinder and an extremely lean fuel-air mixture. Squeezed right to the cusp of getting hot enough to blow up all on its own (which is very hard to predict), a squirt of extra gas and a spark interject to cross that compression-ignition threshold in a controlled and predictable manner. See the animation below: That takes a few essential components to get just right. One is a massive amount of computer processing power and some pressure sensors in the individual cylinders, because the ambient conditions change how and when these things happen. Skyactiv-X uses a clutched supercharger to pump in additional air when needed to nail the mixture precisely, and high-pressure injectors to get the low ratios of fuel to disperse properly in the chamber. And since it operates like a conventional gasoline engine sometimes, it uses valve timing to lower the very high compression ratio so it doesn't reach combustion ignition in that mode. In practice, the Skyactiv-X runs in compression ignition mode most of the time. In practical terms, that means it drives like a torquey gasoline Skyactiv engine. The torque curve is broad and flat — diesel-like in that respect. That also means it can get away with using a six-speed transmission and a lower final drive for better response. There's enough grunt and economy together that Mazda can let the engine spin faster — at 60 mph, it's running at roughly 1,000 more RPM than a similar gas engine, with greater efficiency.