2014 Hyundai Elantra Se on 2040-cars

Auto blog

Hyundai developing safety system calibrated for 'secondary impacts'

There is an inherent flaw with how traditional airbags are used and deployed: They can only reply to one impact. The Hyundai Motor Group wants to address this with a new "multi-collision airbag system" that focuses on impacts that occur after the first point of contact. Hyundai defines multi-collision accidents as "those in which the primary impact is followed by collisions with secondary objects, such as trees, electrical posts or other vehicles." In a press release, Hyundai noted that about 30 percent of roughly 56,000 accidents between 2000 and 2012 in North America involved these types of multi-collisions, according to the National Highway Traffic Safety Administration (NHTSA)'s National Automotive Sampling System Crashworthiness Data System division. The airbag systems in today's cars don't always go off when the first accident occurs, and when a car goes through a secondary impact, the airbags may no longer provide the best safety. Hyundai's new system can read the positions of the car's occupants and react in a more beneficial way. It can quickly recalibrate after the first impact based on readings from the vehicle and the people inside, which allows the second part of the crash to trigger the airbags. As of now the system is still in development, but Hyundai Motor Group is planning to use it in both Kia and Hyundai vehicles in the future. Which models and which markets it will apply to first are yet to be determined. Related Video:

Hyundai may be working on Theta III power for a mid-engine car

Hyundai's been showing off mid-engine concepts and flogging mid-engine prototypes for at least four years. The fanciful 2014 Passo Corto gave way to a Veloster Midship concept just a few months later, the following years bringing the RM15 N and RM16 N. The "RM" stands for Racing Midship, and spy photographers caught the RM16 N painting a new racing line at the Nurburgring. Korean outlet Motorgraph reports that Hyundai is currently developing its Theta III engine for release late this year or in 2019 in the next-generation Genesis G80, but the four-cylinder will be engineered to suit front-wheel drive, rear-wheel drive, and mid-engine applications. In the interests of more power, displacement in the Theta III will increase to 2.5 liters from the 2.0- and 2.4-liter displacements of the Theta II. Naturally aspirated and turbocharged versions are in development, both maintaining Hyundai's GDi direct injection. Front-wheel drive, turbocharged applications are predicted to output 280 horsepower, rear-wheel-drive turbo vehicles would get 300 horsepower. The turbocharged 2.0-liter Theta II in the current Sonata tops out at 245 hp, the same engine previously offered in the Santa Fe took that up to 264 hp. The mid-engine turbo Theta III would shrink to 2.3 liters, but rock a max output of 350 horsepower. That would put a mid-engine Veloster at the award-winning end of the competitive set, alongside the 350-hp Ford Focus RS and well in front of the 292-hp Volkswagen Golf R. Admittedly, it's early days for such talk, but with a motor in the middle and ex- BMW M boss Albert Biermann helming the chassis department, Hyundai might even aim for dynamic comparisons to the 350-hp Porsche 718 Cayman S. A potential super sporty offering from the N division needn't be a Veloster, either; that hatch might merely be an engine testbed. The Korean carmaker didn't poach two ex- Bentley, Bugatti, and Lamborghini designers so that it could think small. Related Video:

Hyundai delivers its first Tucson Fuel Cell to a California customer

With expected pomp and circumstance, but short of a marching band, Hyundai delivered its first Tucson Fuel Cell crossover to the Bush family in Southern California on Tuesday. Dave Zuchowski, president and chief executive officer of Hyundai Motor America, was on hand to officiate along with an array of other government officials, including California Air Resources Board chairman Mary Nichols. The automaker is touting the emissions-free vehicle as the "world's only mass-produced fuel cell vehicle" as it travels down the same assembly line as the other Tucson models - its production is scalable, based on demand.
The Tucson Fuel Cell replaces the standard model's 2.4-liter, four-cylinder, gasoline combustion engine with a 100-kW fuel cell stack, which sends power to a 100-kW (134 horsepower and 221 pound-feet of torque) electric motor driving the front wheels. A 24-kW battery pack, shared with the Hyundai Sonata Hybrid, is used for storage. The vehicle earns the customer a combined 50 MPGe, while earning the automaker up to $130,000 through California's ZEV credit system.
As the hydrogen refueling infrastructure is extremely underdeveloped, Hyundai will initially only offer the Tucson Fuel Cell on a lease program to customers in the Los Angeles/Orange County areas, where it has approved six stations with the 700-bar (WEH TK17 pistol-grip nozzle) pumps. The automaker has packaged the program with a $2,999 drive-off, with payments of $499 per month for 36 months. To nearly eliminate operating expenses, the automaker is throwing in "unlimited free hydrogen refueling" (keep in mind that the leasee is only contracted to 12,000 miles each year, so that will put a cap on how much free fuel flows from the pump) along with the company's At Your Service Valet Maintenance at no extra cost.