1999 Mazda B4000 4dr Truck - Harvest Gold on 2040-cars

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A Mazda Miata with a Hellcat V8 exists, and it can be yours

Mazda Miatas with V8 swaps aren't unusual. Kits are available to drop in LS V8s from GM, and some even let you drop in an old Ford 5.0-liter V8. But a Miata with a Hellcat V8 is something special, and this one can be yours. As Automobile spotted, it will go across the block at the Barrett-Jackson Las Vegas auction. This particular 1999 Miata has a build history you can check out for yourself, too. It was all chronicled on YouTube channel KARR. Obviously the Hellcat engine does fit between the wheels, but the hood had to be cut open for the intake manifold and supercharger to fit. The front bumper and lights have been changed to the 2001+ NB Miata design. According to the listing, it has suspension components from V8 Roadsters, a company that specializes in Miatas with twice the normal number of cylinders. In the middle of the car is a manual transmission, which connects to a Ford 8.8-inch differential that's been welded up. With that much power and an essentially locked rear diff, it should make for an excellent drift car. Fortunately it also has 10-inch wide wheels for more grip, and upgraded Wilwood brakes to stop it. It will go for auction at Barrett-Jackson's Las Vegas event, which runs Oct. 3-5. There is no estimated price for the car, which is understandable since nothing like it has crossed the block before. It will go to a new owner, whatever the price, as it is being listed as "no reserve." So if you want to win burnout contests or get loads of stares at next year's Woodward Dream Cruise, you could do a lot worse than picking up this tiny monster. Aftermarket Dodge Mazda Convertible Performance Hellcat

50 engineers kept the rotary alive at Mazda for 8 years

The Mazda RX-Vision concept is one of the standouts at this year's Tokyo Motor Show thanks to a drop-dead gorgeous design and a revival of the Wankel engine. The fact that the rotary is still in development at Mazda is thanks to a dedicated group of 50 engineers. According to Automotive News, their dream for the last eight years has been to bring this storied engine design back to the street. It won't be easy. Because of its design, the rotary suffers from poor fuel economy and high emissions. Making the challenge even harder, Mazda reportedly only gives them a small budget, but they continue to chip away at the problem. "These 50 engineers want to develop the rotary engine, therefore they joined Mazda," company research and development boss Kiyoshi Fujiwara told AN. "If I stop the rotary engine, probably they want to leave." For the Skyactiv-R under the RX-Vision's svelte hood, the team reportedly started from the 16X rotary project. Dating back to 2007, that 1.6-liter engine was supposed to improve torque and fuel economy thanks in part to direct injection. After additional development, insiders even suggested that the engineers might have finally solved the powerplant's issues. However, Mazda never put the mill into production, and the RX-8 remains the company's last Wankel-powered model to be offered in showrooms. "We have a dream that one day, this design with a rotary engine will achieve a level that customers will accept," CEO Masamichi Kogai said to AN. Mazda is quite clear that the RX-Vision might never go on sale without a suitable rotary. Although if it does see production, the coupe would likely use a stiffened version of the Miata's chassis, AN reports. Before anyone can place an order, these 50 determined engineers still have a lot of work ahead of them. Related Video:

Mazda Miata getting i-ELOOP regenerative 'braking' in more markets

The Mazda MX-5 Miata is getting the company's i-ELOOP regenerative "braking" system in more overseas markets. A few months ago, the company announced it for the Japanese market, and this week it announced the U.K. will have the feature, too. This has us curious as to whether it will be offered on U.S. market Miatas. We've reached out to Mazda, and we'll update this story if and when we hear back. As a quick refresher, i-ELOOP is a system that was introduced here on the Mazda6 several years ago, and it adds a capacitor to store electricity generated by the alternator during deceleration (hence our earlier use of quotes around "braking") that can be used to run interior accessories such as the sound system and climate control. Then, with power coming from the capacitor, the alternator can be disengaged, improving the efficiency of the engine by reducing drag. And by using a capacitor rather than a battery, the system is more compact, lighter and able to recharge faster than a similarly capacious conventional battery. As for effectiveness, the Mazda6 with i-ELOOP managed to get about 5% more miles per gallon on the highway than one without, going from 38 mpg to 40 mpg. While not a massive improvement, it was a measurable, possibly noticeable one. Applying a similar gain to a Miata would increase fuel economy from 35 to nearly 36.75 mpg on the highway, based on the automatic-equipped car's numbers. The manual would go from 34 to nearly 35.7. The i-ELOOP system is standard on all new Miatas in the U.K., which includes the 1.5-liter and 2.0-liter engines with either the manual transmission or automatic. Strangely, only automatic-equipped cars get it in Japan. This means Mazda could offer it on both transmission options in the U.S. Probably the key consideration will be cost. The system, when it launched in the U.S., was only available on the most expensive Mazda6, and even then it was an extra-cost option. And looking at pricing for the U.K. Miata soft-top and comparing equivalent trim levels, the price has increased between GBP2,800 and GBP4,100. The new model does get some new standard safety features, too, but we expect the i-ELOOP system is a significant contributor. If it is offered in the U.S., it might only be available as an option, and possibly only on the more expensive trim levels to keep lower trims more affordable. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.