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VW GTI Clubsport Concept celebrates model's 40th birthday with 261 hp

Volkswagen is celebrating the four-decade milestone for the GTI with the world debut of the GTI Clubsport concept at the annual Worthersee festival in Austria. While the version in these sketches is just a prototype, European buyers at least are set to get a production model in early 2016. The Clubsport is essentially a way for VW to split the difference between the already well-liked GTI and the hotter Golf R. In concept form, it packs 261 horsepower, compared to 220 hp from the standard version in the US with the Performance Package or 292 hp from the R. A temporary overboost function even lets the Clubsport make about 10 percent more power for short periods. Beyond just the mechanical upgrades, the concept in these sketches also wears a revised lower air dam at the front with a mesh grille and big strakes at the corners, and there's a new roof spoiler and rear diffuser at the back. VW also promises a more "individualized" interior. Unfortunately, the North America might not be getting this more powerful GTI. "There are no plans to bring the car to the US currently," VW spokesperson Mark Gillies told Autoblog. At this time, VW only has info about the Clubsport in German, which you can take a look at below. Related Video: Weltpremiere des Golf GTI Clubsport am Worthersee Exklusives Jubilaumsmodell zum 40. Geburtstag des GTI Golf GTI Clubsport debutiert mit 265 PS und Boost-Funktion Im kommenden Jahr feiert der Golf GTI seinen 40. Geburtstag. Volkswagen wird dieses historische Ereignis mit einem progressiven Jubilaumsmodell adeln: dem neuen Golf GTI Clubsport. In Form einer seriennahen Studie wird Volkswagen den Golf GTI Clubsport bereits am 14. Mai 2015 als Weltpremiere im Rahmen des legendaren GTI-Treffens am Worthersee prasentieren. Mit einer Leistung von 195 kW / 265 PS (plus 35 PS gegenuber dem Golf GTI Performance*) sowie einer temporar dank Boost-Funktion nochmals um rund 10 Prozent hoheren Spitzenleistung soll der Golf GTI Clubsport Anfang 2016 als der bis dato starkste jemals in Serie gebaute „GTI" durchstarten. Das Jubilaumsmodell wird nicht nur mit einem extrem leistungsstarken Motor, sondern mit einem individualisierten Interieur und exklusiven Karosseriedetails auf den Markt kommen. Zu den Design-Modifikationen gehoren ein komplett neuer Frontstoss-fanger, neue Seitenschweller, ein ebenfalls neuer und aerodynamisch hoch innovativer Dachkantenspoiler sowie ein eigens entwickelter Heckdiffusor.

Audi RS3 and Volkswagen Golf R face off in Evo test

Typically when an automotive publication pits two rivals against each other, they come from different companies. After all, why would one automaker – even one parent company – develop two distinct models to compete against each other? Well, the Volkswagen Group isn't like most. It pits Porsches against Lamborghinis, Audis against Bentleys, Seats against Skodas... all under the same roof. In the high-powered hot hatch market, it offers both the VW Golf R and the Audi RS3. The question is, which is the better drive? Evo put them both on track for a quick bout of sibling rivalry to find out. On paper it would seem like an unfair fight. Sure, both are based on the same platform and channel their power to the tarmac through all four wheels. But the Audi's five-cylinder engine packs considerably more muscle than the Golf's four: 362 horsepower and 343 pound-feet of torque trump 296 hp and 280 lb-ft. There's just no way around that – at least until the Golf R 400 comes along. The Audi, as you might have guessed, also costs substantially more than the Volkswagen. But that's not Evo's concern here. This is a cost-no-object, bare-knuckle throw-down. Watch the ten-minute video above to find out if the cheaper, less powerful Golf R can keep pace with its more upscale and brawnier brother. Related Video: News Source: Evo via YouTube Audi Volkswagen Hatchback Performance Videos vw golf r evo

In wake of Volkswagen scandal, cheating may actually get easier

The three crises that rollicked the auto industry in recent months – a rising death toll related to the General Motors ignition-switch defect, the Jeep Cherokee hack and now the Volkswagen cheating scandal – all have one thing in common. Outsiders discovered the problems. In the new matter of Volkswagen rigging millions of cars to outsmart emissions tests, researchers at West Virginia University and the International Council on Clean Transportation first spotted irregularities. In the hacking of a Jeep Cherokee, it was independent cyber-security researchers Chris Valasek and Charlie Miller who found and reported cellular vulnerabilities that allowed them to control a car from halfway across the country. And lest we forget in the case of General Motors, it was a Mississippi mechanic and Florida engineer who first made connections between non-deploying airbags and faulty GM ignition switches that had been altered over time. They worked on behalf of Brooke Melton, a 29-year-old Georgia woman killed in a Chevy Cobalt. "That argument is built on a whole string of trusts, and now it is clear that we should absolutely not be trusting." - Kyle Wiens Amid the Volkswagen scandal, the role these independent third parties played in unearthing life-threatening problems is important to highlight, not only because it shines a light on the ethical indifference corporations paid to life-and-death problems of their creation. The role of the independents is noteworthy because, just as their contributions never been more relevant in protecting the driving public, they could soon be barred from the automotive landscape. Since May, a little-known but critically important process has been playing out before an office within the Library of Congress, which will soon decide whether independent researchers and mechanics can continue to access vehicle software or whether that software, which runs dozens of vehicle components, is protected by copyright law. The Digital Millennium Copyright Act criminalizes measures taken to circumvent security devices that protect copyrighted works. When the DMCA was signed into law in 1998, it was intended to protect the likes of movies from being pirated and companies from ripping off software. At the time, few had a clue that some 17 years later cars would essentially be mobile software platforms run by millions of lines of code that potentially fall under the law's jurisdiction.