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Mazda MX-5 Miata RF Luggage Test | How big is the trunk?

The Mazda Miata would not be my first choice for a road trip car. Would probably be in the bottom 10, in fact. The interior fits me like a coffin, the seats pinch my back and the amount of passenger legroom is laughable. It's not exactly the most serene car, either.  But hey, there are sadists out there who may want to venture somewhere in it. I work with some of them. So, as they were the ones who requested this, here is the answer to the question: how much luggage fits in the Miata's trunk? Alright, so on paper, the Miata RF has 4.48 cubic-feet of trunk volume. The regular soft top Miata, the one you should absolutely get instead, has 4.59. Does that different matter? Probably not. However, when talking about trunks in this diminutive size range, the shape is the ultimate factor. For instance, the Porsche 911's 4.6-cubic-foot frunk is basically the same as the Miata's, yet it's narrower and deeper. My BMW Z3's trunk is 5 cubic-feet, yet it's wider, longer and much shallower. On paper, they'd seem to be the same, but you can't fit the same items within them.  Usually, I'd now list all the bags I have to test, but dude, in the words of Jay Mohr in "Go" ... This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Go (8/8) Movie CLIP - It's a Miata (1999) HD   Here's what I could fit ...     This bag is 26 inches long, 16 wide, 11 deep and you'd have to check it in at the airport (remember those?!?). It BARELY fit inside the Miata. The ever-so-slightly larger gray version of this bag I have did not fit.   By contrast, it slid very easily into my Z3 and as you can see (below left), the remaining area was far more easily accessed due to the wider trunk opening. However, this bag wouldn't fit at all in the 911's frunk as the space isn't wide or long enough.      Alternatively, shown above, I could stack two carry-on roller bags (one 24L x 15W x 10D, the other 23L x 15W x 10D). This time, the tight fit came from height.    By contrast, these two would fit with room to spare in the deep 911 frunk as Zac Palmer discovered with his similarly sized bags (below left). They also fit in my Z3 (below right), but were side-by-side and just BARELY fit due to the trunk's much shallower depth. Basically, the Z3 was worst here.

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

Mazda recalls 193k CX-9 crossovers over corroded suspension

An issue with the suspension on the CX-9 has prompted Mazda and the National Highway Traffic Safety Administration to recall 193,484 vehicles across the United States. The campaign specifically affects units from the 2007-2014 model years, manufactured between October 24, 2006, and December 28, 2013. In those affected vehicles, the ball joints in the front suspension may corrode due to water leaking into the fitting. According to the statement below, if the ball joint rusts, the front lower control arm could separate, resulting in a loss of steering control. And needless to say, that could lead to a crash. To repair the issue, Mazda will have to replace both the left and right lower control arms, and will naturally do so free of charge, but will undertake the repairs in stages. First, owners of the affected vehicles will receive a notification that a recall campaign is under way. Then they'll get a second letter when the parts are ready and they can bring their vehicles into their local dealers. The company will start first with 2007-09 vehicles, specifically those registered in the snowy states of the Northeast and Midwest. Specifically: Connecticut, Delaware, Illinois, Indiana, Iowa, Kentucky, Maine, Maryland, Massachusetts, Michigan, Minnesota, Missouri, New Hampshire, New Jersey, New York, Ohio, Pennsylvania, Rhode Island, Vermont, Virginia, West Virginia, Wisconsin, and Washington, DC. (Oddly, states in the the western portion of the Midwest, as well as the Rocky Mountains and the Pacific Northwest, were not included in that initial phase. Nor was Alaska, for that matter.) After that they'll call in 2010-14 models in the same states before undertaking repairs on vehicles in other areas to the west and south. Related Video: RECALL Subject : Corrosion of Front Suspension Ball Joint Report Receipt Date: JUL 20, 2015 NHTSA Campaign Number: 15V451000 Component(s): SUSPENSION Potential Number of Units Affected: 193,484 Manufacturer: Mazda North American Operations SUMMARY: Mazda North American Operations (Mazda) is recalling certain model year 2007-2014 CX-9 vehicles manufactured October 24, 2006, to December 28, 2013. The affected vehicles have front suspension ball joints that may corrode from water leaking into the fitting. CONSEQUENCE: Over time, the ball joint corrosion may result in the front lower control arm separating from the ball joint, causing a loss of steering control and increasing the risk of a crash.