1999 Mada Miata Mx-5, Automatic, Low Low Miles on 2040-cars

Auto blog

Mazda announces mild-hybrid variant of MX-30 crossover in Japan

Mazda hinted its first series-produced electric car, the MX-30 introduced in late 2019, might not be sold in the United States. We could see it on our shores with another powertrain under its coupe-like sheetmetal, however. The company announced a mild-hybrid variant of the crossover during a press conference held in Japan. Technical details about the gasoline-electric MX-30 are hazy, but Mazda said it's powered by the same basic mild-hybrid system available in the Mazda3 and the CX-30. That means the drivetrain is built around a 2.0-liter four-cylinder engine and a small electric motor that captures the kinetic energy generated while braking. It uses this electricity to power the car's electronics, and it injects it into the driveline to deliver bursts of extra power. Fuel economy and performance figures haven't been released yet. We expect the mild-hybrid model will be quicker than the heavier electric version, and its driving range will be appreciably greater. The electric model is equipped with a relatively small, 35.5-kilowatt-hour lithium-ion battery pack that delivers a 124-mile range. Mazda explained using a smaller pack yields total CO2 emissions on par with a turbodiesel-powered Mazda3. The biggest visual difference between the two variants is an e-Skyactiv-G emblem on the hatch. Both model wear the same sporty design characterized by a steeply-raked roof line and a set of rear-hinged half doors reminiscent of the rotary-powered RX-8. It's the same story inside, where the hybrid and the EV are all but identical. Significantly, the hybrid MX-30 is expected to cost less than the electric model, which carries a base price of ˆ33,490 (about $40,000) in Germany. All told, it's better positioned than the EV to stick the landing if it's sent to the United States. Mazda hasn't yet published a list of the countries where it will sell the hybrid MX-30. Autoblog asked the company for additional details, and received word back that the company hasn't yet "made any announcements on MX-30 for the U.S. market." Related Video:     Featured Gallery 2021 Mazda MX-30 e-Skyactiv-G Green Mazda Crossover Electric Hybrid

Mazda CX-5 in auto-brake accident on Japanese test drive

As we slowly march towards a world where our cars will drive for us, there will be mishaps. Systems will act up, not behave has intended or we'll simply forget to turn them on. We all remember when Volvo tested the S60's City Safety system. Now Mazda has had an issue of its own.
During a test of a Mazda CX-5's Smart City Brake Support on a dealership lot in Japan, a prospective customer and a dealership employee were injured when they hit a urethane barrier used for testing the system. According to Bloomberg, which spoke with the Saitama Prefectural Police, the impact with the barrier left the customer with an injured neck while the dealership employee suffered a fractured arm. Considering the injuries, we imagine this wasn't a small barrier.
"For any safety function, it's impossible to be 100-percent free of accidents. These technical functions aren't always the easiest to understand," IHS Automotive auto parts analyst, Hiroshi Ataka told Bloomberg.

Why Mazda’s Skyactiv-X compression-ignition engine is a smart hedge bet

Mazda has cracked the code on a compression-ignition engine, called Skyactiv-X (which utilizes SCCI, or Spark Controlled Compression Ignition). That's a neat engineering accomplishment, sure, but why is the tiny company investing big dollars in fancy tech that's frustrated the much larger companies who've investigated it? In this case, Mazda is peering into a crystal ball to consider how best to flow with a few troubling tides. One is the premature handwringing about the death of the internal combustion engine, another is Europe's swing away from diesel engines. Skyactiv-X seems, at this juncture, a hedge bet against both aspects. EV infrastructure lags massively behind our petroleum infrastructure — no shock there. Mazda claims the tech will net 20-30 percent gains in fuel efficiency over its current gasoline engines and about matching its diesel engine. And that's without any onboard hybrid tech, so that staves off the inevitable necessity to fully adopt electrification for a while — this is assuming that, at some point, it won't be practical to sell a non-hybrid or non-EV. At what date that happens is open to debate, but as I said above, technology like this kicks that decision point down the road a bit. Mazda is here translating research dollars into time, allowing its engine factories a few more years of probably profitable production of internal-combustion engines before retooling, and before somebody needs to pour a massive amount of money into a broad EV charging infrastructure to replace gas stations. None of this is happening fast enough for a wholesale transition to EVs anytime soon. So, that's one bet hedged. The next is Europe's declining interest in diesel engines for mainly health reasons. Just about a week ago, The New York Times posted an excellent primer on this issue, which is somewhat controversial in Europe. Germany's auto industry, a huge portion of its economy, is heavily invested in diesel tech and seriously opposed to proposals in Britain and France to eliminate the technology, which creates unhealthy diesel particulate emissions. The German industry is hoping Band-Aids like pollution-reducing measures will help them, but after a massive and widespread emission cheating scandal, its credibility is at a nadir. It seems like consumers have sensed which way the wind is blowing, and it has hurt sales. The NYT reports that diesel sales in Germany alone — remember, bastion and originator of diesel technology — are down 13 percent.