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Mazda3 versus BMW 1 Series and Audi A3 in Euro diesel showdown

It's not exactly a Tesla Model S taking on a Ferrari, but for us green enthusiasts, a drag race and comparison between reasonably priced diesel hatchbacks does hold interest, and UK's Auto Express was kind enough to do the deed. When raced, the diesels actually laid a little rubber coming off the line, though the track was covered in rain. Did we mention it was in the UK? The comparison was between diesel hatchbacks priced at less than 22,000 British pounds (about $34,500 US), and Auto Express pitted a Mazda3, a BMW 1-Series and an Audi A3 against each other. The results are revealed in the 11-minute video you can watch below. In short, one car smoked the others. In order to set the tone, you should know that the Mazda's 150 horsepower is about 35 more than the other two entrants. The Mazda also earned points for its quiet motor (it sounds more like a petrol engine, the host says), standard equipment that would add about $4,000 to the other two cars if included and relative roominess in front and in back. The Audi gained points for its storage space, while the BMW had the only rear-wheel-drive car in the hunt. See for yourself how the competition stacks up. News Source: Auto Express via YouTube Green Audi BMW Mazda Diesel Vehicles bmw 1-series Auto Express

Recharge Wrap-up: Portland's Electric Avenue, hacking a Tesla

Portland, Oregon has opened a city block set aside for electric vehicles. Dubbed "Electric Avenue," the EV-only zone replaces one that was taken over by new construction. The new Electric Avenue is an improvement, though, with four universal, 50-kW fast chargers and two Level 2 chargers. Currently, charging is free when customers pay for the metered parking. Portland's original Electric Avenue became a gathering place for EV drivers and an opportunity for companies to test charging technology. Read more at Ecomento. Hackers Kevin Mahaffey and Marc Rogers discussed hacking a Tesla Model S at the Def Con hacking conference. They outlined the car's vulnerabilities, particularly regarding the central information display, instrument cluster and the gateway. The hackers were able to exert control over certain subsystems, but they also pointed out some of the ways in which the car is protected from outside manipulation. Among other things, they were able to turn the car on and off, lock and unlock the doors, control the brakes under five mph, and shift the car into neutral above five mph. Tesla, who was also on hand for the presentation, has patched many of the vulnerabilities. Read more at Tom's Hardware. The BMW i3 is now available through DriveNow in Copenhagen, Denmark. After the carsharing program's success with the electric car in Germany, the UK and US, BMW (which owns DriveNow along with car rental company Sixt) has created a fleet of 400 i3 EVs in the Danish capital. With the help of bus operator Arriva, the BMW fleet is interconnected with public transportation. "Here in Copenhagen we are now already witnessing mobility of the future," says BMW's Dr. Bernhard Blattel. "It is on-demand technology, interconnected, quiet and electric." Read more in the press release below. Four hundred BMW i3 for interconnected mobility in Copenhagen. BMW i supports the improvement of life-quality in cities; Electric car sharing as the key component; DriveNow with the BMW i3 shortly also in Copenhagen, directly interconnected with public transport. Copenhagen. Following the successful introduction of the BMW i3 to the DriveNow fleets in Germany, the UK and the USA, the next major step is being taken with the commissioning of 400 BMW i3 in Copenhagen on September 3rd 2015. What is new here is an all-electric fleet which is also interconnected with public transport.

More automakers working to turn your smartphone into a shareable digital car key

The smartphone killed the phone book, audio player, the pocket digital camera, handheld GPS devices and voice recorders. Now that addictive, transistor-filled candy bar is coming for your car keys. The Car Connectivity Consortium (CCC) announced that it's unveiled Digital Key Release 1.0 Specification for its member companies, which is the first step in standardizing protocols. As of now, the potential is there for drivers to download a digital key that can lock and unlock the car, start it, and transfer the key to another operator in order to share the car. The CCC's aim is to save development costs, stave off a glut of similar-yet-competing technologies, and create keys that reflect the expanded use cases for cars, i.e., car-sharing services and to-your-car delivery. Next year's Release 2.0 Specification will standardize an authentication protocol between the phone and the vehicle — how a digital key is generated on a secure server and transmitted to the car and the device — and "promise more interoperability between cars and mobile devices." The CCC says that "NFC distance bounding and a direct link to the secure element of the device" will assure security. We take that to mean the phone will need to be in direct contact with the vehicle, at least to open the door. Carmakers and suppliers have been working on digital keys for years now, and the ecosystem for individual owners to open individual cars is growing. Audi showed off its Mobile Key at the 2015 Consumer Electronics Show, and now calls it Audi Connect Key, but we haven't seen much of it in the field. That same year, Volvo said it expected to sell cars with digital keys only by 2017, which clearly didn't happen. Last year, the head of sales at BMW asked, "Honestly, how many people really need [keys]? They never take it out of their pocket, so why do I need to carry it around?" Even though a digital key offers an owner more convenience and long-distance control over their vehicle, car sharing is the target — and that can even include traditional rental cars. In 2013, Continental began testing a digital key in France, aimed at integrating and simplifying the electric-car-sharing business; everything from finding a free vehicle to driving it and charging it could be done on a phone. A key could be programmed with the driver's information, so that any car the driver gets in will be automatically updated with that driver's preferences, say for audio or seating position.