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UK workers strand car on island of asphalt to keep working

Generally speaking, when you illegally park your car, you're likely to get ticketed and towed, but there is probably at least one motorist in Scotland who wishes that was the case. After workers had blocked off a portion of the parking lot for the Edinburgh Waverley railway station, the driver of this Mercedes-Benz S-Class reportedly moved some of the barriers to park in one of the empty spots.
Rather than having the vehicle towed, the work crew simply tore up the asphalt around the leaving just the one parking spot intact, and as you can see in the image above (posted to the Twitter account of Harold Norstad), the crew even built a small asphalt ramp so the car could get off its blacktop pedestal. Since this happened last week, there's no word as to whether the car was eventually moved or towed for the resurfacing work to continue.
Let this be a warning...

Watch this perfectly nice Mercedes get crushed by a front-end loader

In a world where the YouTube hoax continues to thrive, it's hard to know what to think of this little vid, but here are the facts as we know them: a coupe that looks like a first-generation Mercedes-Benz CLK gets crushed by a giant front-end loader. There you have it.
Our questions arise in the aftermath - we know industrial resource machinery is heavy, but the Benz gets squashed so flat we wonder if someone's trying to play a joke on us. We hear that the white coupe may have been the heavy-equipment operator's foreman's car, but who knows? The on-camera interview seems awfully conveniently placed, yes? See for yourself in the video below and then leave us your thoughts in Comments.

Daimler, BMW partnering up on wireless charging

Plug-in vehicle advocates can get all warm and fuzzy about two Germany heavyweight automakers getting together for the sake of wireless charging. That's because Mercedes-Benz parent Daimler and BMW will work together to speed up development of a wireless charging system. While not a ton of details were divulged, we can still rejoice. Daimler says the system will consist of an on-board coil and another coil that can be placed within the garage floor or someplace similarly stationary. The system will charge at 3.6 kilowatts and with 90 percent efficiency. No details were released about the system's price or when it would be available, but Daimler shouldn't wait too long, since other OEMs are already talking about their own wireless charging systems. Daimler obviously has some skin in the game here, since Mercedes-Benz will start sales of its S500 plug-in hybrid in September. That model, which was first shown off last August at the Frankfurt Auto Show, can go as far as 20 miles on electric power alone and will get fuel economy of about 84 miles per gallon equivalent. And it's easy to imagine an i3 or i8 driver getting a kick out of never needing to touch a cord. This spring, reports sprung up that fellow German automaker Volkswagen was preparing a wireless charging option for its electric vehicles as soon as 2017. You can check out Daimler's press release below. Wireless charging of electric drive and plug-in hybrid vehicles: PLUG IN HYBRID - unplugged One of the next steps on the way to perfect electric drive and plug-in hybrid vehicles is wireless charging. Daimler and BMW have now agreed on jointly developing and implementing one common technology. Wireless charging of the battery will make the handling of electric drive and plug-in hybrid vehicles even easier. Mercedes-Benz will commence fleet testing of this "unplugged" technology with the S 500 Plug in HYBRID soon, in order to develop a real S-Class solution in recharging the high voltage battery in terms of comfort and ease of operating in the near future. The system consists of two components: a secondary coil integrated into the under tray of the car and a primary coil integrated into a floor plate that can be placed on a garage floor for instance. Electrical energy is transmitted contact-free without the need for a cable, at a power rate of 3.6 kW and with a degree of efficiency of 90%.