Mazda Mazda3 I Grand Touring New 4 Dr Sedan Automatic Gasoline 2.0l 4 Cyl Deep C on 2040-cars

Auto blog

Mazda still has a team working on rotary engines

The flame still burns within Mazda to stage a rotary engine revival. Before you start getting excited, it's way too soon to start saving money for the fabled, next-gen RX-7 or RX-8. Still, company boss Masamichi Kogai confirmed to Autocar that the Japanese automaker has an engineering team dedicated to improving the Wankel. This development group has the hard task of trying to make the rotary stack up to modern internal combustion engines in terms of emissions and fuel-economy standards. Neither factor were ever exactly Wankel's strong suits. Kogai described them as working "very enthusiastically" to Autocar. The boss didn't discuss any future RX-vehicles or the size of the team, however, a report from last year indicated that there were 30 engineers in partnership with universities to update the engine's design. After problems keeping up with emissions and fuel economy, Mazda built it's last rotary for an RX-8 in June 2012. Since then, there have been intermittent rumors of a return. One possible solution was a design called the 16X that was supposed to offer more torque and better fuel economy. Another possibility was a small-displacement unit as a range-extender in an electric Mazda2. Rumors of a new RX-7 have been heard for years. In 2013, Kogai clearly said that it wasn't happening. When asked again last year, he reiterated the same point.

2016 Mazda CX-9 images leak online

We will get a complete look at the next-gen Mazda CX-9 during the big debut at the Los Angeles Auto Show within the next couple of days. Until then, these newly leaked images from Carscoops provide a great preview of the upcoming three-row model ahead of the event. These shots echo the design from the recent teaser sketch quite closely, but the headlights aren't as sharply defined on the real thing. The single photo of the front end largely hides the grille, but it appears to follow the shield-like styling of the latest CX-3 and CX-5. The two images of the rear show narrow taillights like the brand's other CUVs, but with a thin strip of chrome that runs over the hatch to visually connect both sides. Bulging fenders at both axles lend some extra toughness to the shape. The CX-9 looks to continue Mazda's recent knack for great interior design. The stylists finish the dashboard in a mix of copper and black, and metallic trim helps lighten things. The infotainment system rises from the center, and comfortable looking leather seats pick up the brown in the color scheme to lend a luxurious atmosphere. The leaked photos didn't come with any technical info about the CX-9. However, rumors suggests a powertrain with a 2.5-liter turbocharged four-cylinder and all-wheel drive. More details should arrive during the crossover's imminent launch in LA.

Next Mazdaspeed3 could go naturally aspirated?

The new Mazda3 is a stunner, both aesthetically and from a driving perspective. As with all good things, though, there's always room for improvement. That's where the wizards from Mazdaspeed come in. Mazda's in-house tuner has been tweaking and turbocharging the five-door Mazda3 since 2007, with impressive results.
We've shown you renderings of what the third-generation Mazdaspeed3 could look like, and for the most part your response was quite positive. Now, AutoExpress has come out with details of just what might be under that long hood. According to our friends across the pond, the new Mazda3 MPS (that's what the Speed3 is called in Her Majesty's auto industry) will be arriving with a new, high-revving, naturally aspirated engine. Wait, what?
Yes, if the rumors are to be believed, the next Mazdaspeed3 will ditch its turbocharger. According to an anonymous engineer, the new MS3 will arrive in December (this is for the UK market, mind you) with a 200-horsepower, naturally aspirated engine. The 2.0-liter mill is based on the Skyactiv engine in the new 3, and should be capable of a sub-seven-second run to 62 miles per hour.