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Mazda CX-3 details come to light

Mazda may be working on a new CUV, according to Auto Express. Reportedly called the CX-3, the small crossover will be engineered to take on the likes of the Ford EcoSport and Nissan Juke, but with a focus on fuel efficiency and engaging driving characteristics.
The report names no sources, but says the CX-3 will benefit from a new small-displacement diesel engine. The 1.6-liter oil burner will be joined by a 1.3-liter gasoline engine when the vehicle debuts in 2014. Auto Express reports the model may bow as a front-wheel drive offering only, with no all-wheel-drive option.
And what will it look like? Word has it Mazda will continue to leverage the face we've seen on the current CX-5 (pictured). That means the company's shield grille will make the jump, but with more plastic lower body cladding. Inside, Auto Express says the CX-3 will offer buyers fold-flat rear seating for extra cargo capacity.

Toyota and Mazda invest another $830 million into Alabama crossover plant

The joint-venture car factory Mazda and Toyota are building in Alabama just got more expensive. The two companies agreed to invest another $830 million into the factory, bringing total cost up from the initial $1.6 billion to about $2.3 billion. In their press release, the companies noted that the money is going to improve production processes and accommodations for design changes to vehicles built there. The companies announced the factory back in January 2018. Both companies will build a crossover model. Details are scant, but we know they're both new models that haven't been announced or teased yet. Mazda's crossover will be a North American-specific model that should go into production in 2021. Toyota initially planned to build Corollas at the plant, but changed course to a crossover a little later. The factory will be able to produce as many as 300,000 cars a year, divided equally between Mazda and Toyota for 150,000 apiece. The companies plan to hire around 4,000 people to work there, and 600 have already been hired. Applications for production jobs will be accepted later this year, and there aren't any mentions about major delays from the pandemic, so we expect Mazda's production targets haven't really changed. Related Video:     Plants/Manufacturing Mazda Toyota Crossover

What a 181-horsepower 2019 Mazda MX-5 Miata means for us, and you

Last month, we reported on a VIN filing dug up by Road & Track that showed that the 2019 Mazda MX-5 Miata's 2.0-liter Skyactiv-G engine would get a power bump, from 155 to 181 net horsepower. As for how the 2019 Miata would make that extra power, we heard rumors it'd utilize a new cylinder head allowing higher revs, accounting for that extra power. Now we have what appears to be a leaked document from Mazda Canada showing exactly where that extra power comes from. According to the document posted at Miata.net (registration required to see the image), Mazda will alter camshaft lift and valve size on both the intake and exhaust side, fit freer-flowing exhaust, and smooth and enlarge the piping on the air intake side. There are also internal engine modifications: lighter pistons with lower crowns for better swirl in the combustion chamber, lighter connecting rods, and a crankshaft balanced for higher-RPM operation. All those extra revs mean extra vibration and noise, so Mazda will ditch the single-mass flywheel for a "low-inertia" dual-mass flywheel – which will attempt to find a nice balance between DMF damping action and SMF directness. Overall, it's a pretty serious engine revision with some driveline changes that will heavily affect the driving characteristics of a fantastic driver's car. Contributing Editor James Riswick and Senior Editor Alex Kierstein, both well versed in Miatas past and present, are here to analyze what this could mean for the little roadster. James Riswick: I don't know much about them lighter crank combustion rods, but I for one welcome the news of more power to the Miata. The jump from 155 to 181 seems like a very prudent Mazda-like thing to do, accomplishing that task through various aforementioned technical wizardry as opposed to slapping on a turbocharger, exclaiming "yee-hah" and calling it a day. Alex Kierstein: That's true. I'm wary of additional power, but you do make a good point that at least this is the right way to do it. Going all-motor will keep the bright responsiveness of the engine intact. But higher revs might make power delivery peakier. Frankly, I'd be ok with moving the torque and horsepower peaks up a bit in the rev range, making it a bit more work to access the engine's sweet spot. The dual-mass flywheel should also help if low-end torque suffers, so less stalling in traffic. JR: Did wonders in the 911 and 718s.