2012 Hyundai Genesis Coupe Salvage Damaged on 2040-cars

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Hyundai's first N-performance car is hidden under the RN30 concept

Hyundai is moving ever closer to revealing their first high-performance N brand car, and the RN30 is the latest step in that direction. The concept is based on the new i30 hatchback, which was also revealed in Paris, and shares the engine that will power the i30N that comes out next year. It's obvious that the RN30 isn't a stock car, although the engine is closer to reality than the wild bodywork. The basic block will power the i30's fast sibling, but the rest of the four-cylinder has been given the racing treatment. A bigger turbo and forged internals combine to create 375 horsepower and 333 lb-ft of torque sent to all four wheels. It also comes with an electronic limited slip differential and a dual-clutch transmission. Don't count on this powertrain coming to market, despite how cool it would be to see a South Korean Focus RS. However, it is a sign the i30N will have a potent foundation. Draped around the powertrain is a race-ready body that is 30 mm wider and 84 mm shorter than the standard i30 and comes with all the requisite vents, wings, and diffusers. Bucking convention, this car not have carbon fiber body panels. For weight savings, Hyundai enlisted the help of BASF to craft some new lightweight plastics for the car. To save more weight, Hyundai gutted the interior down to the bare necessities. Whatever was left was then moved as low as possible, including the seats, to bring down the center of gravity. Although almost everything about the RN30 is about going faster, not all of it is. Or at least not directly. In classic concept car fashion, the RN30 still gets at least one gimmicky feature. On the interior side of each A-pillar is a camera mounted in an image-stabilizing gimbal, and in the top fin, there is another forward facing camera. Hyundai says these record the car on track and the driver, with the idea being that the driver can cut together video of a track day to share with friends. As previously mentioned, don't expect to see the production i30N to pack this much power when it hits the road next year. However, if it comes even remotely close to the performance of this concept, it should be a very entertaining hot hatch. Odds are good that it will come to the US as well, since the i30 will arrive here next spring as the Elantra GT. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Autoblog sell-it-yourself highlight: 2012 Hyundai Genesis

It was a business model established some 25 years earlier by Honda. The Japanese carmarker was looking for a way to profit from loyal Honda owners wanting to move upscale, but not willing to move out of Honda's orbit. The launch of Acura and two models – the upscale Legend and accessible Integra – did the trick. In the past five years, Korean carmaker Hyundai has been attempting to make its own move upmarket with its Genesis sedan and, more recently, the Genesis brand. In 2012, it was the Genesis coupe and 4-door; the coupe enjoyed an Infiniti-like vibe, while the sedan had a whiff of Mercedes in its sheetmetal and value in its window sticker. Available with V6 or V8 power and prices in the low $40s to low $50s, the Genesis four-door represented bargain luxury in an America gripped by recession. Today, a pre-owned Genesis, like our example here, extends the value argument. If this Genesis has a V8, the price point is spot-on for an example in excellent condition. If, however, it's equipped with a V6, we'd hope the seller is flexible. Related Video: Hyundai Car Buying Used Car Buying Ownership Sedan

Hyundai Nexo revealed at CES: Hydrogen SUV finally gets a name, more photos

Hyundai Nexo, that's the name of the fuel-cell electric vehicle to succeed the Tucson FCEV. Built on a dedicated platform instead of using a converted ICE architecture, as the Tucson did, the Nexo packs a lighter, more compact hydrogen powertrain and a more powerful electric motor to deliver improved performance everywhere. The Nexo also plays a key role in Hyundai's "Hydrogen Life Vision," which aims at integrating hydrogen as a home energy source. The power density of the Nexo's stack increases by 50 percent, and overall system efficiency goes up 5.1 percent. The smaller engine contains fewer moving parts, and even the hydrogen tanks are 36 pounds lighter than those in the Tucson FCEV. View 11 Photos The Tucson FCEV uses a 100-kW electric motor that provides 221-pound-feet of torque, and after the 90-second preparation and stack heating time on startup, the Tucson accelerates from zero to 60 miles per hour in 12.5 seconds. The Tucson's two storage tanks held 140 liters of hydrogen (37 gallons) that could provide about 295 miles of range and an EPA rating of 50 mpge. The Nexo uses a 120-kW motor with 291 lb-ft, is ready to go in 30 seconds after starting, and accelerates to 60 mph in 9.9 seconds. The new FCEV's three storage tanks hold 156 liters of hydrogen (42 gallons), which Hyundai says are good for more than 350 miles on the EPA test cycle. In a real-world run from Los Angeles to Las Vegas, Hyundai said the Nexo returned a 360-mile range and 57 mpge. Refilling the 700-bar system will take five minutes. The Nexo will introduce some of the carmaker's new technology, too. Lane Following Assist keeps the Nexo in the center of its lane in the city and on the highway, and recognizes road edges when lane markings aren't clear. Blind-spot View Monitor displays an image of either side of the vehicle when the driver plans to change lanes. The Nexo parks itself autonomously, and returns, with Remote Smart Parking Assistant Hyundai envisions owners of this second-generation FCEV beginning to use the Nexo as an integral part of their lives, not merely as an appliance. At the Consumer Electronics Show, Hyundai will have the Nexo hooked up and providing power to a demo household as part of the automaker's "Hydrogen Life Vision." The carmaker's also got plans for using the Nexo's "pure water to grow vegetation" (water and water vapor are the only emissions byproduct of FCEVs).