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Porsche purists, look away: This 911 is powered by Hyundai

Bisimoto appears to be putting together a Hyundai V6-powered Porsche 911. While the experiment reminds us of a project from earlier this year, in which Ryan Tuerck dropped a Ferrari V8 into Toyota GT86, this one's a bit different. Bisimoto has a history of creating some truly insane automobiles, usually with Veyron-menacing power levels. In fact, the tuning company built multiple 1,000 horsepower machines, including a 1976 Porsche 911 and a 2013 Hyundai Genesis Coupe, not to mention a few other Hyundais with oodles of power. So it seems Bisimoto has decided to combine the company's experience with both marque's into one machine with this 1977 Porsche 911. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. The company revealed the intended engine for the car today, next to the disassembled tail end of the 911. No specific details about the engine were given, but a "hyundaiusa" tag, some helpful hints from Instagram commenters and some diligent Google image searching by Autoblog staff members seem to show that this is a Hyundai Lambda series V6. It also appears to be a version from a car with a transverse layout, which would make it easier to fit in the 911's traditional engine location. What we do know is that the build will be completed in time for the SEMA show, and we look forward to seeing the finished Franken-Porsche. The same probably can't be said for Porsche purists though. Related Video: News Source: Bisimoto EngineeringImage Credit: Bisimoto Engineering Auto News SEMA Show Hyundai Porsche tuning engine swap bisimoto

Hyundai plans $388 million expansion at engine plant in Alabama

Hyundai says it is investing $388 million to build a new plant in Alabama to manufacturing engine heads and update technology in an existing engine plant to support production of new Sonata and Elantra sedans and the Santa Fe crossover. The investment will also include 50 new jobs at its manufacturing complex in Montgomery. About $40 million will go toward constructing a new 260,000-square-foot engine-head machining plant, which is expected to be completed in November and operational by mid-2019. Hyundai says the project will free up space to expand engine assembly lines in two existing engine plants in Alabama. Hyundai plans to begin producing the Theta III engine, likely a 2.5-liter four-cylinder (though Hyundai won't confirm the specs yet), in April 2019 for the Sonata and Santa Fe crossover. It will continue to build the 2.0-liter Nu engine for the Elantra at its plant in Montgomery. Together, the engine plants build about 700,000 engineers per year to support vehicle production in Alabama and Kia's manufacturing facility in West Point, Ga. Hyundai Motor Manufacturing Alabama started vehicle production in May 2005 and employs 2,700 full-time and 500 part-time employees. Related Video: Image Credit: Hyundai Plants/Manufacturing Hyundai Crossover Sedan hyundai santa fe

Hyundai twin-charged 1.8L GDCI gas engine expected to be more efficient than 2.0L diesel

Despite the growing trend of automakers offering diesel-powered or electrified powertrains, there's still a whole lot that can be done with the good-old gasoline internal combustion engine. And at Hyundai, that's exactly what's being worked on - new gasoline engine technologies that improve both performance and efficiency. During an event at the automaker's technical center in Superior Township, MI on Friday, Hyundai gave Autoblog a glimpse into the future, offering up preliminary details on its new GDCI (Gasoline Direct-Injection Compression) engine - something that will be heading to production soon.
Hyundai's main goal with this GDCI engine is to "achieve diesel levels of fuel efficiency with conventional gasoline," according to Nayan Engineer (yes, his last name is Engineer), one of Hyundai's powertrain gurus. What's more, Engineer says the GDCI engine will offer "equal to better performance than conventional gasoline engines" and will have a "lower system cost [than] diesel engines."
Hyundai expects a 1.8-liter GDCI engine to be more efficient than a comparable 2.0-liter diesel engine with similar performance.