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2021 Mazda3 2.5 Turbo starts at over $30,000

Following its introduction a few weeks ago, we now have official pricing for the 2021 Mazda3 2.5 Turbo. The most affordable version is the sedan starting at $30,845. The hatchback adds $1,000 for a total of $31,845. The full list of standard features hasn't been announced, but either model comes standard with all-wheel-drive, an automatic transmission and the turbocharged 2.5-liter four-cylinder that makes 250 horsepower and 320 pound-feet of torque on premium fuel. A higher Premium Plus trim is available for the turbo Mazda3, too. It starts at $33,395 for the sedan and $34,695 for the hatchback. One of the key features added to the Premium Plus is an "Aero Kit" that adds front and rear spoilers to the hatchback, and a rear spoiler to the sedan. An enhanced version with sideskirts and a rear diffuser is also available for an additional $1,075. The complete kit is available as an option on the base turbo hatchback for $1,900. The trim also adds leather upholstery, navigation, low-speed lane-keep assist called "Traffic Jam Assist," parking sensors and rear automatic emergency braking. Furthermore, you can add 18-inch BBS forged wheels to not just the turbo 3, but any model, and a full set will cost you $3,675.80. At the other end of the spectrum is the revived Mazda3 with a naturally aspirated 2.0-liter engine. It makes just 155 horsepower and 150 pound-feet of torque and is only available on the sedan with an automatic transmission and front-wheel-drive. It starts $21,445, bringing the base price for the small Mazda down by $1,000. The base price for the naturally aspirated 2.5-liter sedan still starts at $22,445. One final note, the Mazda3 2.5 S with Premium Package remains the only way to get a manual transmission in the Mazda3. It starts at $28,795. You can see the full breakdown of pricing below. Mazda3 2.0 Sedan FWD: $21,445 Mazda3 2.5 S Sedan FWD: $22,445 Hatchback FWD: $23,445 Mazda3 2.5 S Select Sedan FWD: $23,645 Hatchback FWD: $24,645 Sedan AWD: $25,045 Hatchback AWD: $26,045 Mazda3 2.5 S Preferred Sedan FWD: $25,295 Hatchback FWD: $26,295 Sedan AWD: $26,695 Hatchback AWD: $27,695 Mazda3 2.5 S Premium Sedan FWD: $27,795 Hatchback FWD: $28,795 Sedan AWD: $29,195 Hatchback AWD: $30,195 Mazda3 2.5 Turbo Sedan: $30,845 Hatchback: $31,845 Mazda3 2.5 Turbo Premium Plus Sedan: $33,395 Hatchback: $34,695 Related Video:    

Mazda's product roadmap after Skyactiv-X: diesel, rotary, hybrids, even EVs

When we first heard that Mazda had cleared the major hurdles on gasoline compression ignition, and were just tidying up the details with clear production intent, the first kneejerk thought was: That's it for Mazda's consumer diesel. In particular, the Skyactiv-D that was intended for sale in the U.S., only to be delayed for years by various regulatory roadblocks and other issues that Mazda is frustratingly (but understandably) vague on. At least, it'd die out at some point down the road once Skyactiv-X was widely available. It turns out that's not the case at all. Mazda will adopt an approach that becomes more and more electrified and diverse the closer you get to 2035. But internal combustion will play a deep and central role up to that point, and probably beyond. Before we get to what those different powertrains, diesel and electrified, will look like down the road, let's stop and think about Mazda's philosophy. It couldn't be more different from the approach of most manufacturers that are currently producing BEVs and hybrids, which are heavily incentivized by both the automakers and the government, both state and local, depending on the locality. Even with all that cash on top of the hood, the market penetration of electrified vehicles is low. Mazda's too small to lose money paying people to drive EVs and hybrids. Its risky solution (which is plucky, but has had mixed results) is to simply improve the internal combustion engine. It's achieved the best fleet average fuel economy in the U.S. already, using a range of direct-injection gas engines that are mostly naturally aspirated. A few tiny nods to electrification have been introduced, like i-eLoop regenerative braking and the Demio EV (a Japanese-market, last-generation Mazda2 with a 20kWh battery that was tested with a tiny rotary engine range extender). But the focus is on combustion, not electricity. And that focus isn't going away anytime soon. Mazda believes that pure gasoline, gasoline hybrid, and gasoline PHEV vehicles will remain the vast majority of vehicle sold through 2035. At that point, Mazda forecasts, BEV and fuel cell vehicles should make up about 15 percent of the total of Mazda's lineup. The remaining 85 percent will utilize some form of internal combustion engine. Now, that includes hybrids and even a small number of CNG/LPG cars. And these are global numbers, as well. There may be even fewer fuel cell and CNG/LPG vehicles sold here than abroad.

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.