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Hyundai Ioniq launches in Korea before challenging Prius in US [w/video]

Enough with the teasers already: Hyundai has officially launched its first dedicated electrified vehicle. The Korean automaker is naturally rolling out the all-new model in its domestic market before sending it our way. But when it does arrive, it will offer a choice of three powertrains with decreasing levels of reliance on fossil fuels. Hyundai isn't saying how far or how fast the Ioniq hybrid will travel, but it will travel on electric mode at up to 75 miles per hour. Deriving its name from an amalgamation of "ion" and "unique," the new Ioniq bears a shape largely dictated by aerodynamic requirements, helping the Ioniq achieve a drag coefficient of just 0.24, and lending it a similar appearance to the Chevy Volt, Toyota Prius, and Honda Insight. Unlike those vehicles, Hyundai will offer a fully electric version of the Ioniq at some point in the future. For the time being, the manufacturer has only detailed the hybrid version. The powertrain is built around a new 1.6-liter four-cylinder Kappa engine rated at 104 horsepower and 108 pound-feet of torque. It's paired to an electric motor that's good for another 43 hp, giving the system a combined output of 139 hp and as much as 195 lb-ft, transmitting power through a new six-speed dual-clutch transmission with a lithium-ion polymer battery pack, hidden under the flat-folding rear seat to maximize passenger and cargo space, supplying the electric motor. Though the focus here is clearly on efficiency, Hyundai says it has also designed the Ioniq to behave in a sportier fashion than its rivals. Hyundai isn't saying how far or how fast the Ioniq hybrid will travel, but has disclosed that it will travel on electric mode at speeds of up to 75 miles per hour. To further its range, the automaker fitted an efficient HVAC system, mounted low-rolling resistance tires, and developed a system that predicts energy requirements based on the programmed route and on traffic patterns to optimize charging and required level of gas engine assistance. It also made the vehicle as light as possible, using high-strength steel for the structure and aluminum for non-structural panels. Even the cargo cover is 25 percent lighter than a conventional one, and the construction uses a variety of renewable and recycled materials like (sugar cane and soybean oil) that are both environmentally friendly and lighter.

2013 Hyundai Sonata Hybrid gets bigger, better battery pack, lower MSRP

Just yesterday, we told you how Hyundai's 2013 Sonata Hybrid was late out of the gate (along with its mechanical twin, the Kia Optima Hybrid), with growing speculation suggesting that the company was revisiting its gas-electric sedan with an eye toward improving its efficiency.
Well, today Hyundai has released official details, and that's exactly what's happened. Sporting a larger starter generator, a higher output electric motor and a more potent 47 kW lithium polymer battery, the 2013 Sonata hybrid is more efficient than before. The revised hardware helps the sedan jump two miles per gallon combined over its 2012 predecessor. That pushes the 2013 Sonata Hybrid to 36 mpg city, 40 mpg highway and 38 mpg combined. Engineers also tweaked the machine's software, with revised driving pattern detection and engine on/off logic.

Hyundai ix35/Tucson replacement comes into view

Last week, we showed you some leaked images of the Hyundai Intrado Concept, a vehicle set for debut at next week's Geneva Motor Show. We suspect that the Intrado will act as the inspiration for the next Hyundai Tucson, known elsewhere in the world as the ix35. Now, we can bring you the first images of that car undergoing testing.
There is quite a lot of cladding on this prototype, although we can make out a set of slim headlights that are similar in shape to the Intrado. The two cars also share a similar shape in the greenhouse, although obviously the prototype wears an extra set of doors behind the B-pillar.
Don't be fooled by the heavy cladding on the rear hatch, either, as it's just there to disrupt the look of the profile. It's fairly easy to spot where the roofline starts its dive down.