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Skoda unveils Volkswagen Up!-based Citigo

This is the all-new Skoda Citigo, and if you're thinking that it looks rather familiar, that's because its Volkswagen-badged kin recently debuted at the 2011 Frankfurt Motor Show. That's right, the long-rumored Skoda version of Volkswagen's new Up! city car has finally arrived.
Buyers will have a choice of two 1.0-liter three-cylinder engines - one with 59 horsepower, the other with a 74 hp and a blistering 106 mph top speed - both mated to a five-speed manual transmission. Powerful they are not, but these three-bangers should prove to be extremely efficient, with Skoda quoting fuel economy numbers of 62.8 and 60.1 miles per gallon, respectively (on the European cycle).
Being a Skoda, the Citigo will go on sale in its home market of the Czech Republic this fall, with the rest of Europe getting the car next summer. Follow the jump for Skoda's official release.

Volkswagen incorporating gesture control into updated Golf

For many, the Volkswagen Golf is the epitome of the accessible mode of transportation. It is the "People's Car," after all. Yet in its next iteration, it's slated to get some trick high-end tech on board. Speaking with Auto Express, VW powertrain chief Dr. Heinz-Jakob Neusser revealed that the upcoming facelifted Golf will include gesture control technology. "The interior features a preview of future VW interior technologies, with smartphone applications redefined for automotive use," Neusser told AE. "The gesture control will become reality in the Golf at the end of next year." The feature is being rolled out by other automakers on decidedly more upscale offerings (like the next-gen BMW 7 Series), but look poised to democratize the technology on the far more accessible Golf as soon as next year when the updated model arrives. VW demonstrated the tech at CES with the Golf R Touch concept, which is making an encore appearance at CES Asia in Shanghai this week, where Neusser confirmed the features are slated for production. The VW Golf R Touch concept incorporated a trio of oversized infotainment displays measuring 12.8, 12.3 and 8 inches, as well as gesture-control technology and all the latest smartphone connectivity standards – including Microsoft MirrorLink, Apple CarPlay and Google's Android Auto.

VW Jetta TDI dyno shows HP loss trying to recreate cheat mode

Volkswagen is working on a fix for diesel-engined vehicles that are out of compliance with emissions regulations in the US and other countries. We're told that engineers will be presenting a solution internally sometime this month, but that doesn't mean we'll actually see it in the wild this month. One big question we have about the coming fix is, will it affect the car's performance? That question relates to another we have about the engine as it is: How much performance would the 2.0-liter diesel lose right now if it were turned down to pass US emissions? The Fast Lane Car tried to sketch some answers by going to a shop in Denver, Colorado to run a 2011 Jetta TDI with a six-speed DSG transmission on an all-wheel-drive dyno. The thinking was that if you ran all four wheels the car would think it was on the road, whereas if you ran only two the car might think it's being tested. We'll get straight to the numbers: the stock sedan is quoted at 140 horsepower and 236 pound-feet of torque. When run with all four wheels turning it produced an uncorrected 114 hp and 214 lb-ft at the wheels. When run with just two wheels in motion the Jetta got 113 hp and 188 lb-ft at the wheels. Reading the graph, we're told that power differences between the two runs were as much as 15 hp and 32 lb-ft. You'll need to take some salt with these numbers, though, because the dyno and test protocol in the video are nothing like those used by the EPA. The shop attempts to trick the Jetta into 'emissions testing mode' by using the front wheels only for the two-wheel-drive run, but we have a feeling the software code at issue is far more sophisticated than that, since the ICCT, UVA, the EPA, and CARB investigated the situation for more than a year and couldn't figure out. Also, the technician adjusts for being a mile above sea level with a correction factor of 1.2 applied to horsepower and torque, which inflates the disparity in the final power differences over the two runs. Go to YouTube and read the lengthy comments on the video left by Andrew Price for a more thorough dissection of what could explain TFL's disparities. You can watch the video above, and feel free to try and dissect the results yourselves in the comments below. Related Video: