2020 Hyundai Palisade Limited on 2040-cars

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Hyundai testing facelifted Veloster Turbo in Germany

Love it or hate it, you have to admit that Hyundai went against the cookie-cutter norm when it unveiled the Veloster in 2011. And to many eyes, its oddball shape is still refreshingly original. But in the three and a half years since, Hyundai has moved its design language onwards, so it's about time the Korean automaker bring the quirky three-door (or novel four-door, depending on the angle from which you look at it) into the fold. And that's just what it appears to be doing in these latest spy shots.
Though it's hard to tell much from underneath the heavy camouflage, it's clear from these spy shots that this is indeed the Veloster, and given the center-exit dual exhaust tips, it seems to be the Turbo model and not the base naturally aspirated version. It seems to be wearing a bigger grille like the one Hyundai put on the latest Genesis, among others, and new bumpers front and back as well. The half-door on the right side does appear to be carrying over, it's wearing new wheels, and we're told there seems to be something afoot inside the cabin as well - likely revolving around an updated infotainment system.
Whether there are any consequential mechanical changes as well, we don't know. That said, development seems to be in a fairly advanced stage, so we wouldn't be surprised to see a refreshed Veloster on the show stand sometime later this year or early next at the latest.

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 recalls 570k Sonatas and Accents in two separate campaigns

Hyundai is announcing two recalls that cover a total of 569,500 vehicles in the US for two of the brand's models. There are no reports of accidents or injuries related to either problem, though. The larger and potentially more serious campaign covers 470,000 units of the 2011-2012 Sonata with production dates between December 11, 2009, and April 12, 2012 at Hyundai Motor Manufacturing Alabama. It's specifically for those with the 2.0- or 2.4-liter direct injected engines. During production of the crankshaft, metal debris might not have been fully removed, and those pieces could block the connecting rod oiling passages. This lack of lubrication can increase wear on the connecting rod bearings, and the issue can lead to a loud knocking noise or possibly even a failure while the car is in motion. Hyundai has a two-step process to fix the issue. First, the company will have the vehicles come in for an inspection, and if necessary will "replace the engine assembly." The company will also extend the warranty on the short block to 10 years/120,000 miles for all owners. Notifications will go out by November 2, and there will be a second letter when the parts become available. The other recall covers 99,500 examples of the 2009-2011 Hyundai Accent with manufacturing dates between March 1, 2009, and February 11, 2011. On these models, the brake light switch may begin to only work intermittently. This can lead to a variety of problems, including the brake lights not coming on, the inability to turn off the cruise control with the pedal, and the shifter not moving out of Park. The fix will be a replacement of the switch, and the campaign will begin on November 2. Related Video: RECALL Subject : Connecting Rod Wear may Result in Engine Stall Report Receipt Date: SEP 10, 2015 NHTSA Campaign Number: 15V568000 Component(s): ENGINE Potential Number of Units Affected: 470,000 All Products Associated with this Recall Vehicle Make Model Model Year(s) HYUNDAI SONATA 2011-2012 Details Manufacturer: Hyundai Motor America SUMMARY: Hyundai Motor America (Hyundai) is recalling certain model year 2011-2012 Sonata vehicles manufactured December 11, 2009, to April 12, 2012 at Hyundai Motor Manufacturing Alabama and equipped with either a 2.0 liter or 2.4 liter Gasoline Direct injection engine. In the affected vehicles, metallic debris may not have been fully removed during manufacturing of the engine crankshaft.