2005 Mazda Rx-8 on 2040-cars

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Mazda's Skyactiv-X power and efficiency ratings released in Europe

Mazda's long-awaited Skyactiv-X engine is finally headed for production, though not yet for the United States. The Japanese automaker says "various European countries" will get access to the unique engine in the Mazda3 starting this fall. Still, the announcement is relevant to the rest of us because we now have official power levels and fuel efficiency numbers that we can use to compare the Skyactiv-X with other engines offered in the compact Mazda. First, the power. According to Mazda, the 2.0-liter Skyactiv-X makes 178 horsepower and 165 pound-feet of torque. By way of comparison, the 2.5-liter Skyactiv-G engine currently used in the Mazda3 here in the States makes 186 hp and 186 lb-ft of torque. Sure, it's a little less powerful, but note that the displacements don't match and remember that the real reason the Skyactiv-X exists is to reduce fuel consumption. And that brings us to the Skyactiv-X's combined rating of around 53.5 miles per gallon (converted from liters per 100 kilometers). That's around 8 mpg better than the 2.0-liter engine that comes standard in Europe. Before we go any further, it's important to note that these numbers represent official figures for the European NEDC combined cycle, which means they are not directly comparable to the ratings we'll get from the United States EPA. Our official ratings will almost certainly be lower. With that disclaimer out of the way, the 2.5-liter Mazda3 scores a combined 30 mpg here in the States. The obvious unanswered question is when the Skyactiv-X might actually come to America. And the unfortunate answer is that we don't know. Mazda has yet to make an official decision on timing for the U.S market's launch of the engine, but as soon as we know, so will you.

Britain's BBR already promising 2016 Mazda MX-5 Miata with 200+ horsepower

The 2016 Mazda MX-5 Miata is one of Autoblog's most anticipated cars to drive this year, and with good reason. Thanks to svelte, angular styling, the promise of less weight, the possibility of more power and all at a fairly affordable price, it represents pure, automotive enjoyment. Mazda is still not saying exactly how much power the new Miata's 2.0-liter Skyactiv four-cylinder engine will make, but that isn't keeping British tuner BBR from already working out how to squeeze even more ponies from the mill – potentially as much as 200 horsepower with natural aspiration. The company bought a Mazda3 for access to its 2.0-liter Skyactiv and went to work on it. "Our objective with the all-new MX-5 is to achieve the same 200 bhp output that we can easily enjoy with simple bolt-on components on the current 2.0-litre NC model, before building on further power upgrades using forced induction," said Neil McKay of BBR in the company's release. The 3's version of the engine is rated at 155 hp and 150 pound-feet of torque but is expected to be tuned for additional grunt for the droptop. Still, it gives BBR something to experiment with before the real thing is available. The tuner also got the opportunity to take a look at a pre-production 2016 Miata and is already developing "subtle bodywork alterations" for the upcoming convertible. You can get a taste for the company's plans with the rendering above. It sports tinted lights, a front lip spoiler, lower side sills and a tiny rear spoiler. Scroll down to read more about BBR's plans in the official announcement. BBR UNVEILS STUNNING 200 BHP ALL-NEW MAZDA MX-5 CONCEPT Despite deliveries not scheduled to begin until July, legendary Mazda performance tuner BBR is making great progress with both its visual concept and powertrain development for the all-new MX-5. "A program of detailed performance enhancements has already commenced at our Brackley base," says BBR's Neil Mckay, "thanks to our investment in a 2.0-litre Skyactiv powered Mazda 3. Our objective with the all-new MX-5 is to achieve the same 200 bhp output that we can easily enjoy with simple bolt-on components on the current 2.0-litre NC model, before building on further power upgrades using forced induction." Having viewed a pre-production version of the car BBR is also working hard on visual enhancements to add more presence to the svelte lines of the all-new MX-5.

2020 Mazda MX-5 Miata RF Automatic Road Test | Cue the sad trombone

Somewhere in Hiroshima, a parade of nearly finished Miatas glides along a track waiting to receive their beating hearts, the powertrains that'll let them ply their road-carving talents the world over. One – let's call him Fred – is eager to begin his new life as a 2020 Mazda MX-5 Miata, bringing joy to his future owner and just generally being awesome, even if the RF power targa-ish roof that's already been applied to him is a tad dweeby. Visions of hairpins and power slides and expertly executed heal-toe downshifts dance in his head Â… and then it happens. He is given the one thing every new Miata dreads: an automatic transmission. Poor guy. This will not, entirely at least, be yet another diatribe in the ongoing Quixotic campaign to Save the Manuals(!). Automatic transmissions can be quite good and even beneficial in sports cars, especially on the track where removing the need to operate a clutch and expertly execute those heel-toe downshifts lets you better focus on the steering, what the chassis is doing and just going faster. That the computers can shift quicker than you can is another obvious advantage. The trouble with the Miata, and why Fred is now shuffling off the line like George Michael away from the Banana Stand, is that the Mazda six-speed automatic just isn't appropriate for a sports car. The automatics in the rest of Mazda's fleet are actually quite excellent, delivering superior response than rival transmissions, and delivering comparable fuel economy despite possessing fewer gears. However, what works well in a compact crossover like the CX-5 or CX-30 is not necessarily appropriate for a sports car like a Miata. Unlike the dual-clutch transmissions or even some sport-tuned conventional automatics of various performance-oriented cars, this one doesn't downshift adroitly when braking into a corner, anticipating your imminent need to get back on the power. The plastic paddle shifters lack the reassuring, mechanical feel of the best examples, and then don't produce quick-enough reactions from the transmission when up- or downshifting. I found using the shifter itself, which is at least oriented the correct way – with downshift forward and upshift rearward – to ultimately be more rewarding as it has a more involving action to it. Still, it's nothing compared to the solid, snick-snick action of the six-speed manual.