E46 M3 Mint Condition Only 44,000 Miles on 2040-cars

Auto blog

Bangle urges auto design shakeup, says industry not innovating

Controversial designer Chris Bangle, the man behind the notorious E65 BMW 7-Series "Bangle Butt," has some rather sharp criticism for the current crop of automotive designers in an upcoming full-length interview with Automotive News Europe. The preview, posted on Automotive News, details parts of the interview, with the always vocal Bangle lamenting the state of modern automotive design.
"Even concept cars today simply anticipate the next production model coming down the line. Is this innovation? No. And at the end of the day this is what's preventing car design from moving into a new era." Controversial as Bangle's design philosophy may be, we can't help but think he has a point. His so-called "flame surfacing" at BMW and other stylistic elements had a huge influence on modern automotive design, although as the years have passed, there hasn't been much innovation on the same scale.
Interestingly, Bangle also mentions that he's been courted by a few manufacturers that wanted to install the American as the head of their design teams. He's flatly rejected them, telling ANE, "It's not something you can do part time, you have to do it with all your heart and soul or you're going to get it wrong."

Are future vehicular hacks inevitable?

Before the hack of the Uconnect system in a Jeep Cherokee resulted in a 1.4-million vehicle recall, the potential software vulnerabilities in vehicles were already a hot topic with Congressional inquiries and even proposed legislation in the US. As cars' interconnected systems gain the ability to go online, they become open to a host of new threats. Automakers are trying to stop this, but it might be too late to put the genie back into the bottle. Throughout 2015, the issue of software security in vehicles has become increasingly vital. For example, the recent Jeep case wasn't even the biggest hack this year. In February, a major flaw was discovered in the BMW Connected Drive service that allowed researchers to remotely lock and unlock the doors and potentially affected 2.2 million cars. The fix was an over-the-air patch for the problem. Automakers are actively working to fix the issues. Mercedes-Benz, BMW, and Audi reportedly are using encrypted connections and firewalls in their vehicles to prevent hacking. "Absolute, 100-percent safety isn't possible," Daimler spokesperson Benjamin Oberkersch said to Automotive News Europe. "But we develop our systems, tested by internal and external experts, so they're up to date." These vulnerabilities seem to be popping up more often. A successful hack took $14 in parts from Radio Shack in one case. There was also a 60 Minutes report earlier in the year about DARPA's ability to hack into OnStar to take control of a Chevrolet Impala. Experts aren't so sure companies can contend with hackers' advancement. "The difficulty for the carmakers at the moment is the question whether they can keep pace with advances in technology, and especially hacking technology," Rainer Scholz, executive director for telematics consultant EY, said to Automotive News Europe. "We seriously doubt they can." At this point, vehicle hacks are coming more from researchers looking for holes than from those with malicious intent. Still, the vulnerabilities are definitely there. It's up to automakers to keep patching the problems before they become dangerous to drivers. Related Video: News Source: Automotive News Europe - sub. req.Image Credit: Bill O'Leary / The Washington Post via Getty Images Audi BMW Jeep Mercedes-Benz Safety Technology Emerging Technologies hacking cyber security

BMW's new i DC Fast Charger will give free juice to i3 drivers

From solar chargeports to the first SAE Combo Fast Charger, BMW is offering or promoting more charging options for the i3 than most people will know what to do with. This is not a bad thing. At the Plug-In 2014 conference happening in San Jose, CA this week, BMW announced a new i DC Fast Charging unit as well as the ChargeNow DC Fast program, which is similar in some ways to Nissan's No Charge To Charge. Let's start with the chargers. Smaller and much cheaper than other DC fast chargers, an i DC Fast Charger costs just $6,548 plus installation. Remember, it was a big deal in 2011 when Nissan's DC fast charger was less than $10,000. The i DC Fast Chargers use the SAE Combo connector, so will also work in EVs from Ford, VW and Chevy and other automakers, when available. They take 30 minutes to charge an empty i3 to 80 percent full. All a driver will need in order to use the charger is a ChargePoint (or ChargeNow) card. Most of the first units will likely end up at BMW i dealers across the US. In a separate announcement, the ChargeNow DC Fast program will allow BMW i3 drivers to get free charging until the end of 2015 at participating NRG eVgo Freedom Stations. The catch is that they need to use the ChargeNow card at least once by the end of 2014. eVgo is promising to install at least 100 compatible DC fast chargers in California by the end of next year, so this should be relatively easy in at least one of the 50 states. We will have more from San Jose soon. BMW Unveils BMW i DC Fast Chargers and ChargeNow DC Fast program at Plug-In 2014. BMW i DC Fast Chargers, developed in collaboration with Bosch Automotive Service Solutions, are half the size of current DC Combo fast chargers, compatible with multiple electric vehicles and significantly more affordable. BMW i DC Fast Chargers run on the ChargePoint network giving BMW i3 drivers access with a ChargePoint or ChargeNow card. ChargeNow DC Fast enables BMW i3 drivers to charge at no cost, at participating NRG eVgo Freedom Stations equipped with DC Combo Fast Charging, through 2015. San Jose, CA/Woodcliff Lake, NJ – July 28, 2014... At Plug-In 2014, a conference dedicated to discussing key issues for the long-term success of electric vehicles, BMW of North America launched its BMW i DC Fast Chargers which can charge the BMW i3 all-electric vehicle's battery up to 80 percent in 30 minutes.