2014 Hyundai Genesis 3.8 on 2040-cars

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Genesis coupe getting 3.3T and all-wheel drive

The Hyundai Genesis Coupe looks to be getting a serious jolt of performance when the next-gen model hits the market. An example was recently spotted testing that wore the label "3.3T 8AT AWD," according to The Korean Car Blog citing Korean website Team Testdrive. That designation certainly didn't take much work to interpret. The turbocharged 3.3-liter engine under the hood was likely the twin-turbo V6 that Hyundai has been developing for the next-gen Genesis sedan for 2017 or 2018. With engineering still underway, the final specs for the turbocharged mill obviously haven't been published yet. However, Hyundai America's CEO previously suggested output in the neighborhood of the 420 horsepower from the company's current 5.0-liter V8. In addition, the V6 should weigh less and provide better fuel economy. According to The Korean Car Blog, the twin-turbo V6 would likely be for an N Performance variant of the Genesis Coupe. Given the rest of the test car's label, it would presumably pair the engine with an eight-speed automatic and all-wheel drive. With 348 hp from the 3.8-liter V6 in the current model, the new mill could be quite a potent upgrade. The next-gen Genesis Coupe is rumored to take styling inspiration from the Hyundai HND-9 Sports Coupe Concept (pictured above). While remaining a two-door, it can reportedly fit four adults more comfortably inside. Spy shots earlier this year showed one testing with the current model's body but modifications to the hood and fender arches. The engine was thought to be a V8 at the time, but perhaps this twin-turbo V6 was actually in there.

2016 Hyundai Tucson and Sonata each get TSP+ rating by IIHS

Hyundai is no stranger to building vehicles that get Top Safety Pick+ honors from the Insurance Institute for Highway Safety, but the company is getting two of the awards at once thanks to the latest results from the 2016 Tucson and Sonata. Both models feature a front crash prevention system that's rated highly by the safety agency. The biggest advancement in this round comes for the new Tucson. In the small-overlap front crash, it now earns the IIHS' best score of Good, versus Poor – the lowest – for the previous generation. In the latest test, the crossover shows at most six inches of intrusion into the passenger compartment, compared to 16 inches last time. The airbags work to protect the head, and the sensors indicate a low risk of injury. The Tucson has Good ratings in all the other safety evaluations, too. The 2015 Sonata already did quite well when checked last year, but Hyundai apparently wasn't happy with the sedan's Acceptable result in the small-overlap front crash. According to the IIHS, the automaker adjusted the driver's seatbelt and the front suspension in hopes of a better score. However, even with the tweaks, the 2016 Sonata kept the same result. It scored Good in the other safety categories. The company isn't giving up on acing things, though. "Modifications are planned to take Sonata to 'Good' in the small overlap test," Hyundai spokesperson Jim Trainor said to Autoblog. The IIHS gave the crash prevention tech in both models its top Superior grade. The systems' automatic braking was able to avoid accidents from 12 and 25 miles per hour. The forward collision warning added the last bit needed to give them the maximum six points from the institute. Related Video: Hyundai Tucson and Sonata earn 2015 TOP SAFETY PICK+ awards ARLINGTON, Va. — A redesign for 2016 has taken the Hyundai Tucson from a poor to good rating in the Insurance Institute for Highway Safety's small overlap front crash test. With an available front crash prevention system that earns a superior rating, the small SUV qualifies for the TOP SAFETY PICK+ award. The 2016 Hyundai Sonata also earns a superior front crash prevention rating and a TOP SAFETY PICK+. In the Tucson's small overlap test, the driver's space was maintained well, with maximum intrusion of 6 inches at the parking brake pedal, but no more than 3 inches at other locations. The dummy's movement was well-controlled, and the front and side curtain airbags worked well together to protect the head.

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.