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Where to watch and follow the 24 Hours of Le Mans this year

In less than 24 hours the flag will drop on Audi's title defense at the 24 Hours of Le Mans, Toyota's best ever chance to win and Porsche's return to le grand defi. The Le Mans organizers have kept as au courant with broadcast options as they have with power unit technology, so you'll be able to find a place to watch or listen no matter what your preferred method. Friend-of-Autoblog Reilly Brennan has again put together an exhaustive "couch kit" of viewing options, which you can check out at his site. Here's the short list: Le Mans Site Le Mans TV Le Mans Facebook page Le Mans Twitter page FIA WEC Live timing Audi Sport stream Corvette Racing stream Nissan NISMO stream Entry list and grid Spotter's Guide You can watch or listen to the excellent Radio Le Mans, app, Autosport will have hourly updates and a live blog, the ACO has a Le Mans app. Fox will broadcast the event over a combination of Fox Sports 1, 2 and its Fox Sports Go App from 8:30 EST Saturday morning until 9:30 am EST Monday morning. Hit up Reilly Brennan's site for even more options and details like Eurosport and Daily Motion, and good watching – this should be a spectacular race. News Source: Reilly Brennan Motorsports Audi Porsche Toyota

An amazing Group B rally car collection heads to auction

Kicking off in 1982, the Group B era spawned some of the most fearsome rally cars of all time. The technologically advanced pioneers of all-wheel drive and turbocharging defined a time when automakers had carte blanche to build machines with unrestricted power, without the burden of homologating a large number of road cars to qualify. The results were sometimes deadly, leading the FIA to ban the class after 1986. Now, a collection of seven Group B monsters is headed across the block in Paris as part of the Artcurial auction, held in partnership with France's famed Retromobile show. The show has been delayed to June, however. There's a 1985 Peugeot 205 Turbo 16, one of 20 Evo II models that helped the company achieve two championships in Group B's short run. This particular example was driven by world champion Timo Salonen at the 1986 Swedish Rally, where it finished seventh due to an oil filter seal failure. Bruno Saby subsequently drove it at the 1986 Tour de Corse and Peugeot entered it at the 1986 Acropolis Rally as well. It's still registered to Peugeot Talbot Sport and represents a French technological achievement, according to Artcurial, comparable to the Concorde or TGV train. Representing Italy are a pair of Lancias in the iconic Martini livery. The Lancia 037 helped Bel Paese clinch its only Group B victory in 1983, after a hard-fought rivalry with Audi. It's one of the few Group B cars that weren't AWD, achieving its success the old-fashioned way, through lightness and superb handling. A second Lancia, a 1986 Delta S4, was the culmination of the Italian firm's later Group B efforts and one of Saby's favorites. While Group B was no more in 1987, the S4 was the predecessor to the Delta Integrale that would dominate WRC from 1987 through 1992. While the collection also includes greats like a Ford RS200, Renault 5 Maxi Turbo, and MG Metro 6R4, the centerpiece is the Audi Quattro Sport S1. The ultimate Group B machine, it introduced all-wheel-drive and turbocharging to the sport. It also employed the wildest use of wings and air dams to generate downforce. Tunable up to 590 horsepower, it could rocket to 60 mph in about three seconds. The car offered for sale came straight from Ingolstadt, a 1988 model built for the Race of Champions of ex-Group B cars. The collection was amassed in the late 80s and early 90s, not long after Group B's dissolution.

Audi wants to keep you healthy while behind the wheel

Health tracking is all the rage. You can get smart watches and smart wristbands and all sorts of silly tech to give you intricate metrics about your wellbeing. Hell, my bathroom scale is connected and will automagically sync my latest weight, body fat, and heart rate readings to an app on my smartphone. Bathroom scales and wearables aside, Audi is hoping to bring this fitness-tracking tech to four wheels with its new Fit Driver system. No surprise, the new program was announced at the technophile's paradise that is the Consumer Electronics Show. Paired with a wearable, like an Apple Watch or FitBit, that would monitor heart rate and skin temperature, the car's sensors can track a driver's breathing and driving style. This data can be analyzed alongside weather and traffic information, effectively allowing the car to determine how stressed or tired a driver is. Systems within the vehicle would then be tweaked to "relax, vitalize, or even protect the driver." This can take the form of an automatic massage and adjustments to the cabin temperature, ambient lighting, and infotainment. So when you're about to go full road rage because there's a Camry doing ten under in the left lane, Sirius could flip on the easy listening of Watercolors to calm you down. Naturally, this technology is still in the early stages, and there's no word about when it could actually arrive in production vehicles. But as driverless systems evolve, Audi is aiming to develop such an advanced health suite that an autonomous vehicle could detect a medical emergency, pull over safely, and call for assistance. Here's to the future, folks. Check out the official release below. Audi Fit Driver Audi envisions a future in which drivers leave their cars more relaxed than when they entered them. The car, as a personal yet simultaneously connected space, is ideal for health and fitness monitoring. Under the motto "my Audi cares for me", Audi Fit Driver will become a supportive driving companio. The Audi Fit Driver project focuses on the well-being and health of the driver. A wearable (fitness wristband or smartwatch) monitors important vital parameters such as heart rate and skin temperature. Vehicle sensors supplement this data with information on driving style, breathing rate and relevant environmental data such as weather or traffic conditions. The current state of the driver, such as elevated stress or fatigue, is deduced from the collected data.