2003 Hyundai Tiburon Gt V6 Black 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.

Hyundai working on clean-sheet, hydrogen-powered CUV

Autocar reports that Hyundai is working on its next hydrogen fuel cell vehicle, and that the coming vehicle will be a clean-sheet design and likely a crossover. The South Korean company will soon have its Toyota Prius-fighting Ioniq hybrid on the market, now it is said to have placed a bullseye on the Toyota Mirai FCEV. This follows news that Kia is developing a brand new fuel-cell hybrid for launch by 2020, the theory is that platform will be shared with Hyundai, who will launch it first. The bodystyle isn't confirmed, but making it a crossover would take advantage of two important factors, one being the ongoing sales boom of compact and mid-sized SUVs. The second is that according to Sae-Hoon Kim, head of the company's fuel cell research, "all customer feedback says range and boot space are the priorities." Since bigger tanks typically mean less trunk space, a crossover would offer the best opportunity for maximizing both. A people-hauler could also make design and brand connections with the Kia Niro hybrid crossover. Hyundai is hoping to get a range of 500 miles out of the new vehicle, which would mark a 25-percent improvement over the range of the Tucson FCEV currently on sale. When it arrives it will give Hyundai a dedicated player in three alternative powertrain domains, joining the Ioniq plug-in hybrid and the pure electric vehicle it promised for launch by 2017. That could be seen as merely hedging bets, but the company does believe in hydrogen, Kim saying, "Every solution leads to hydrogen; either you use renewable energy sources to create and store hydrogen, or you use traditional fuels like coal to create hydrogen. Either way, hydrogen is the way to store energy and control supply and demand."

2013 Hyundai Veloster Turbo: June 2013

There are an awful lot of good reasons to get into the Hyundai Veloster family and formula. This car looks good, is loaded out with tech and offers a great deal of practicality in a small form factor. One good reason not to consider a Veloster, at least if you're a city dweller or have primarily urban daily driving path, is the turbocharged 1.6-liter engine in the eponymous Veloster Turbo.
Two major factors kill the Veloster Turbo in terms of said city driving: turbo lag and fuel economy.
Two major factors kill the Veloster Turbo in terms of city driving: turbo lag and fuel economy.