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2014 Hyundai Tucson gets DI engines, styling tweaks, priced from $21,450*

Despite being overhauled for the 2010 model year, not much attention has been paid to the Hyundai Tucson crossover in recent times. But when its overseas twin, the ix35, received modest updates at this year's Geneva Motor Show, we knew it'd only be a matter of time before the US-spec model was blessed with similar tweaks. So, without further ado, meet the ever-so-slightly enhanced 2014 Tucson.
The most significant mid-cycle change is found under the Tucson's hood, where two new direct-injected four-cylinder powerplants are found. On the base end, there's a brand new 2.0-liter "Nu" inline-four, good for 164 horsepower and 151 pound-feet of torque. These numbers represent a loss of one measly horsepower, but five more foot-pounds of torque. Nothing significant here, and fuel economy is only slightly better - 23/29 miles per gallon city/highway versus the 22/29 rating of the 2013 model. Uplevel Tucson models use a revamped 2.4-liter engine, also featuring direct injection, which produces 182 hp and 177 lb-ft of torque - gains of six hp and nine lb-ft, respectively. That said, fuel economy for the front-wheel-drive, automatic transmission model has actually suffered some - 2013's rating of 21/30/25 mpg (city/highway/combined) has fallen slightly to 21/28/24. Both front- and all-wheel drive are available on all trim levels.
As far as visual enhancements go, the 2014 Tucson now uses projector-beam halogen headlamps up front and LED taillamps out back, and redesigned 17- and 18-inch alloy wheels are fitted, depending on trim level. Inside, two new cabin colors are available - beige and brown - the navigation system has been enhanced with a choice of two touchscreen interfaces, and there are now two-stage reclining rear seats.

Recharge Wrap-up: Hyundai visually explains fuel cells, BYD T5 electric truck

Are you still unclear about how exactly a hydrogen fuel cell works to power a car? Hyundai is offering a great visual on how its fuel cells operate in cars like the Tucson fuel Cell. Basically, the anode splits the hydrogen molecule into a positive and negative ion. The negative ions are used for electricity, while the positive ions are pushed through a membrane to the cathode, where both ions are combined with oxygen to create the byproduct of water. There's a little more to it than that to make it work in a vehicle, so see for yourself in the infographic below. BYD is launching its T5 electric light truck in China. The truck has a maximum speed of 31 miles per hour, making it mostly suitable for in-city and campus duty. It has a range of almost 250 miles, though, and with its size, the T5 could make a pretty adept delivery truck. The battery is situated under the load bay between the axles, keeping the center of gravity low. Price could be an issue, but government subsidies might help convince some companies to make the switch to BYD's electric truck. See more over at Car News China. The Mahindra Reva e2o electric vehicle will offer a fast charging feature, called Quick2Charge. Normally, the e2o takes five hours to fully charge, but that time gets cut to just one hour with the new option. Choosing the Quick2Charge option adds 45,000 rupees (about $735) to the price of the e2o. The new e2o is supposed to get electric power steering, and, later, a four-door variant. Mahindra Reva is also making an export-only version with Quick2Charge, longer range, electric steering, airbags, and ABS. Read more over at Indian Cars Bikes. The Quebec-Vermont Electric Charging Corridor is set to expand with 14 new charging stations. Melanie Dufresne of the area's tourism board announced that the 240-volt chargers would be installed in Le Haut-Richelieu Regional County Municipality. Drivers will use a special access card to charge at the stations in the region for $2.50. The stations will be installed by the end of the year. To see all the locations and learn more about the announcement, head over to Hybrid Cars.

Hyundai twin-charged 1.8L GDCI gas engine expected to be more efficient than 2.0L diesel

Despite the growing trend of automakers offering diesel-powered or electrified powertrains, there's still a whole lot that can be done with the good-old gasoline internal combustion engine. And at Hyundai, that's exactly what's being worked on - new gasoline engine technologies that improve both performance and efficiency. During an event at the automaker's technical center in Superior Township, MI on Friday, Hyundai gave Autoblog a glimpse into the future, offering up preliminary details on its new GDCI (Gasoline Direct-Injection Compression) engine - something that will be heading to production soon.
Hyundai's main goal with this GDCI engine is to "achieve diesel levels of fuel efficiency with conventional gasoline," according to Nayan Engineer (yes, his last name is Engineer), one of Hyundai's powertrain gurus. What's more, Engineer says the GDCI engine will offer "equal to better performance than conventional gasoline engines" and will have a "lower system cost [than] diesel engines."
Hyundai expects a 1.8-liter GDCI engine to be more efficient than a comparable 2.0-liter diesel engine with similar performance.