2011 Mini Cooper S Hatchback 2-door 1.6l Salvage Rebuilt on 2040-cars

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Mini JCW Paceman vs. BMW M135i in family faceoff

Over the last year, we've had the chance to drive two of the most exciting hatchbacks in the BMW family - the BMW M135i and the Mini Paceman John Cooper Works - but Autocar has managed to get the two corporate cousins together for a head-to-head comparison. Just like our initial impressions of the Paceman JCW, Autocar has little to complain about this new 215-horsepower hatchback... until it begins to factor in the faster, better-mannered and similarly priced M135i.
Despite laying down an extra 100 hp and delivering a 0-60 time that is almost two seconds quicker, the M135i carries the same price tag of 29,535 pounds in the UK; US pricing for the Paceman starts at $36,200, while it still isn't even clear if the US will be getting the M135i. Even more surprising is the fact that the Paceman falls short of the M135i in regards to rear seat and cargo volume, and just barely squeaks out a win in the fuel economy department. Scroll down to watch the BMW versus Mini hot hatch battle.

Mini recalls 30K Hardtops to improve side-impact protection

Mini is recalling 30,456 units of its two-door models because they don't conform to federal side-impact requirements for the rear seat passengers. According to the documents submitted to the National Highway Traffic Safety Administration (here as a PDF), this includes 15,653 examples of the 2014-2015 Mini Cooper Hardtop, 14,782 units of the 2014-2015 Mini Cooper S Hardtop, and 21 of the 2015 Mini John Cooper Works Hardtop (pictured above). Those with production dates between December 2013 and March 2015 are affected, the automaker reports in a statement to Autoblog. According to NHTSA, the agency tested a 2015 Cooper and Cooper S Hardtop on July 1 and 2, but the S didn't meet one of the impact requirements. The analysis showed that rear passengers in these vehicles were potentially in greater danger in a crash. Upon further research, the government and Mini found more models potentially affected. The automaker isn't aware of any reports of accidents or injures from this problem. To rectify the situation, dealers will add more energy-absorbing material in the space between the rear interior panels and the exterior of the hatchbacks, which will take around four hours. The campaign to fix them will begin on Sept. 12. RECALL Subject : Side Impact Crash Worthiness/FMVSS 214 Report Receipt Date: JUL 17, 2015 NHTSA Campaign Number: 15V450000 Component(s): STRUCTURE Potential Number of Units Affected: 30,456 All Products Associated with this Recall Vehicle Make Model Model Year(s) MINI COOPER 2014-2015 MINI COOPER S 2014-2015 MINI JOHN COOPER WORKS 2015 Details Manufacturer: BMW of North America, LLC SUMMARY: BMW of North America, LLC (BMW) is recalling certain model year 2014-2015 MINI Cooper and MINI Cooper S Hardtop 2 Door vehicles and 2015 MINI John Cooper Works Hardtop 2 Door vehicles. The affected vehicles do not meet the side impact performance requirements for the rear seat passengers. As such, these vehicles fail to comply with Federal Motor Vehicle Safety Standard (FMVSS) number 214, "Side Impact Protection." CONSEQUENCE: If the side impact performance requirements are not met, rear seat passengers may be at a higher risk of injury during a crash. REMEDY: MINI will notify owners, and dealers will install additional energy absorption material between the rear interior side panels and the exterior vehicle body, free of charge. The recall is expected to begin September 12, 2015. Owners may contact MINI customer service at 1-866-825-1525.

BMW's Connected Drive feature vulnerable to hackers

BMW is working to fix a cyber-security flaw that has left 2.2 million vehicles worldwide vulnerable to hackers. Cars equipped with the automaker's Connected Drive remote-services system are affected, according to the German Automobile Association (ADAC), which first discovered the problem. Researchers found they could lock and unlock car doors by mimicking mobile communications and sending phony signals to a SIM card installed in affected vehicles. An attack could be launched "within minutes" of accessing the system without the perpetrators leaving a trace, according to their report, in part because once they had gained access to the network, the communications were not secure. In response to the security gap, BMW says it has been upgrading software via over-the-air updates over the past week, so no visits to dealerships are needed to remedy the security hole. In fact, owners of affected cars may not have even noticed the updates taking place. The problem affects BMW, Rolls-Royce and MINI vehicles equipped with Connected Drive since 2010. Flaws were first reported to BMW last year by ADAC, which is the country's equivalent of AAA. ADAC says it withheld a public announcement until the car company could address the problem. While BMW has pushed the software patch to most affected vehicles, the organization said it's possible some at cars in the United States had not yet been updated. BMW did not respond to a request for comment Monday. In a written statement, the automaker said it knows of no real-world breaches. 2015 Off To Dubious Start The hack could raise the eyebrows of industry leaders: Cars are now the equivalent of mobile computers and cyber-security experts have been warning that the auto industry has been slow to close its security holes. BMW's breach marks the second time in 2015 that researchers have found a popular automotive feature with little or no security precautions. Last month, experts said a popular device made by Progressive Insurance that allows motorists to track their driving habits contained no security whatsoever. Like the Connected Drive smart-phone app, many automotive components and infotainment features were conceived and produced at a time when industry executives never considered the possibility someone might want to hack into them. But increased connectivity brings increased risk. Going forward, BMW says its Connected Drive features will now operate by using encrypted communications via the HTTPS protocol.