2008 Audi Tt Roadster Convertible 2.0 Tfsi S Tronic on 2040-cars

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VW could fight Uber Black with Porsche and Audi vehicles

Last week, the Volkswagen group dumped $300 million into Gett, a taxi hailing-cum-ride sharing app that's big outside of the US. Now, the company has revealed that it's pondering a rival to Uber Black by offering private drivers access to its higher-end vehicles. Details are scarce since it's a single line reference in a very long press release, but VW says that it's looking at a "special chauffeur service" that features "premium brands, such as Audi and Porsche." What that looks like in reality is anyone's guess, although the idea of getting ferried around in an Audi RS 7 does have some appeal. The deal with Gett will concentrate on getting Volkswagen cars into the hands of Gett's drivers with the promise of juicy discounts. For instance, the firm will offer a special package that'll bundle car insurance and servicing with the purchase price, which can be paid by a would-be operator in installments. It's a similar deal to the one that Uber offers would-be drivers, letting them buy cars from manufacturers like Volkswagen, Ford and Toyota at a discount. Uber, however, also lets prospective cabbies rent their vehicle on a monthly basis, thanks to a deal with Enterprise. Both of which will likely become more muscular now that Uber has a further $3.5 billion in its back pocket. The troubling fact for the auto industry is that people will still need cars, but it's likely that they won't need as many as they do right now. On-demand services and self-driving vehicles are, after all, intended to shuttle around cities like an ersatz taxi-cum-metro system rather than sitting in parking lots. The concepts of ownership that we currently hold dear (and the profits that car companies get from them) are likely to fade away in the next, say, fifty years time. As such, conglomerates like VW will have to reinvent themselves as both manufacturer and transport company in one. But these changes are never easy, especially when the biggest car firms have tons of baggage that slows down their progress. Many are still devoting time and resources to producing thousands of new cars with combustion engines that will be on the roads for years to come. Looming in the shadow, however, is the emissions scandal, with the financial and reputational penalties likely to be felt for years to come. Younger, more nimble rivals without legacy businesses, like Tesla, are working on mass-producing electric cars for mass-market prices.

Audi H-Tron Concept is a familiar face now with hydrogen power

Audi shows its green side at the 2016 Detroit Auto Show with the H-Tron Concept, a hydrogen-fueled version of the recent E-Tron Quattro concept. The new fuel-cell powertrain gives the futuristic crossover an estimated range of 372.8 miles on the European cycle, and the company claims that the solar panel that spans the roof could let drivers recoup 621 miles of range each year from the sun's rays. The H-Tron's powertrain benefits from both the fuel cell and a lithium-ion battery for an extra boost. The hydrogen system alone can produce 148 horsepower, and three tanks under the passenger compartment carry the fuel. The battery can also provide enough energy for an extra 134 hp for short periods. Its combined torque rating of 406 pound-feet is impressive. The Audi puts the power down through electric motors at the front and rear axle to allow for an electrified version of Quattro all-wheel drive, and the automaker claims the concept could accelerate to 62 miles per hour in less than 7 seconds. Other than the new coat of eye-catching yellow paint for Detroit, the H-Tron looks largely the same as the E-Tron Quattro, and both of them also ride on the Volkswagen Group's second-generation modular longitudinal platform. The most notable tweaks to the outside are the smoother hood and larger openings in the lower fascia of the latest concept. The two vehicles are also twins on the inside, and they both feature cabins with Audi's latest virtual cockpit with OLED screens. Zero emissions: the Audi h-tron quattro concept Audi h-tron quattro concept High range, swift refueling, sporty road performance: The Audi h-tron quattro concept car can boast all these virtues. It combines a highly efficient fuel cell achieving an output of up to 110 kW with a powerful battery that can provide a temporary boost of 100 kW. The car can be fully refueled with hydrogen in around four minutes, and is then ready to drive for up to 600 kilometers (372.8 mi). In another major step, Audi will go into production with its new technologies for piloted driving and parking in 2017 along with the next generation of the A8 luxury sedan. The technology study already provides a glimpse of things to come. The Audi h-tron quattro concept is another milestone along the path towards future mobility.

Audi is working on a suspension that gets power from bumpy roads

Regenerative brakes aren't new. They're on virtually every hybrid and EV, and they're even starting to pop up on traditional gas-powered cars, like with the i-ELOOP-equipped Mazda6. But even with these systems, cars can get more efficient, and Audi thinks it found yet another source of wasted energy. The source? The suspension. The idea is to turn the kinetic energy that goes into the dampers into usable energy instead of as waste heat. Audi isn't the first auto company to come up with regenerative suspension – nearly three years ago, ZF introduced its GenShock technology, which used a valve attached to traditional, oil-filled hydraulic shocks to recapture kinetic energy from movement caused by bumps in the road. Audi's prototype technology, which it calls eROT, replaces traditional dampers with horizontally oriented electromechanical rotary dampers. eROT is apparently short for electromechanical rotary damper. Neat. In testing, eROT recovered an average of 100 to 150 watts on a typical German road, three watts from a fresh piece of pavement, and 613 watts on a rough stretch of tarmac (wattage is calculated as power over time, so this is actually the rate at which the system harvests energy). The dampers channel that energy to a tiny, 0.5-kWh, 48-volt battery. The prototype is claimed to cut CO2 emissions by three grams per kilometer (4.8 grams per mile), while the company believes a future production version could save up to 0.7 liters of fuel per 100 kilometers of driving. Converting the savings to American miles per gallon isn't easy, so we'll use a practical example. In the US, the Q7's supercharged 3.0-liter V6 returns a combined rating of 21 miles per gallon, which works out to 11.2 liters per 100 kilometers. Apply eROT's 0.7L/100km savings, and the Q7's economy would improve to 10.5L/100km, or 22.4 mpg, a 1.4-mpg improvement. That's not huge, but because math, 0.7L/100km is more dramatic on a more fuel efficient vehicle – taking an A3's 27-mpg combined rating and adding eROT would drive efficiency up 2.4 mpg, for example. There are a few other big benefits beyond fuel and emissions savings – Audi claims eROT provides a more comfortable ride than traditional active suspensions, because engineers can tune the compression and rebound strokes independently of each other. Beyond that, the horizontally oriented rear suspension geometry means more cargo space, since the dampers don't poke up into the cabin like they normally do.