2013 Bmw M5 on 2040-cars

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2014 BMW Z4 sDrive35is

The BMW Z3/Z4 roadster has never really had a widespread following because it has either been too humble and small a roadster (albeit with some fun and very low-volume M editions) or it has been - in this E89 generation - too casual an image leader with no racier aspirations. The current 480-hp Z4 GTEs don't count, since they are as stock a Z4 as today's Pamela Anderson is the same blonde actress we knew as Heidi on Home Improvement. You know, sort of like those ever-so-slightly modified Toyota Camry coupes competing in NASCAR.
The ultimate highpoint for the BMW Z roadster franchise was at the very start of its life in the mid-90s, in the James Bond film GoldenEye with Pierce Brosnan. The Stinger missiles that Q's team installed behind the Z3's headlights were never fired, and BMW never even offered this self-defense package as an option. Yet another case of the ol' bait and switch.
And in all these subsequent years of Z3s and Z4s strutting their long-hooded stuff, the little sporting Bimmer could really have used a live Stinger missile or two to spice things up. The current Z4 exists, it is pretty dang sexy, and BMW seems content to let it linger there. We just drove the new midlife version of the roadster near BMW headquarters in Munich, and it served to reinforce our feelings.

Did BMW drag its feet on Mini recall?

The National Highway Traffic Safety Administration is opening an investigation into BMW's reporting of a recall for 30,456 examples of the 2014-2015 Mini Cooper Hardtop, Cooper S, and the 2015 John Cooper Works. According to the government, "it appears from a review of NHTSA's databases that BMW may have failed to submit recall communications to NHTSA in a timely manner." The automaker issued the recall in July because crash tests showed the models didn't meet side impact requirements for passengers in the back seat. While there were no reported injuries at the time, the company decided to install energy-absorbing material in the space between the rear interior panels and the exterior. However, NHTSA has decided to investigate whether this campaign should have started much earlier, given the evidence the company had. According to the government's report, the Cooper Hardtop failed side-impact tests in 2014, although one of these tests was five-miles-per-hour faster than the Federal Motor Vehicle Safety Standard. The agency claims: "In January 2015 BMW verbally committed that it would conduct a service campaign to add padding to the rear side panels of MY 2015 Mini 2 Door Hardtop Cooper models. However, BMW did not initiate the service campaign and failed to inform NHTSA of its failure to do so." A subsequent crash test of an example with this fix showed it to make the vehicle compliant with the rules. Mini spokesperson Mariella Kapsaskis told Autoblog: "Regarding the NHTSA audit query, BMW Group is evaluating the request and will respond to NHTSA as appropriate." INVESTIGATION Subject : BMW Reporting & Timely Recall Execution Date Investigation Opened: SEP 24, 2015 Date Investigation Closed: Open NHTSA Action Number: AQ15004 Component(s): STRUCTURE All Products Associated with this Investigation 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: NHTSA is opening this AQ to better understand and evaluate BMW's process(es) for its notification procedures and for timely and efficient execution of its safety recall campaigns. In mid-2014, NHTSA's New Car Assessment Program (NCAP) had side impact moving deformable barrier (MDB) tests performed on two model year (MY) 2014 Mini 2 Door Hardtop Coopers. These two tests were performed at a speed 5 mph higher than required by Federal Motor Vehicle Safety Standard (FMVSS) 214, Side impact protection.

BMW to show car that can park itself in a multi-story garage at CES

Automatic parking systems are something of a novelty, in their present form. Sure, modern parallel parking systems work well enough. And they're great if you lack the special awareness required to complete such a task. But frankly, how often is the average owner of such a system in a position to use it? Perpendicular parking systems, meanwhile, are basically an admission that you don't really deserve a driver's license. Novelties these systems may be, but they promise a future where we won't even need to be behind the wheel to park our cars. BMW is going to deliver a vision of that future at the 2015 Consumer Electronics Show with the Remote Valet Parking Assistant, a smartwatch-activated system that takes the driver out of the parking equation and replaces them with an advanced collision avoidance system. Fitted to an i3 for CES, the BMW system relies on four laser scanners to map the surrounding environment and identify obstacles. Combined with a digital site plan for a building, the company claims its car can navigate its way to an open parking spot, moving around even unexpected obstacles like improperly parked cars. The car's owner can step out of the vehicle at the intended destination, and then tap the smartwatch app for vehicle parking and retrieval. BMW claims this system will allow more precise control than GPS, particularly in something like a multi-story parking deck. While it's an intriguing route with autonomous technology, we wonder how much is required of these digital site plans. There are more practical uses of this technology, beyond valet parking. According to BMW, the collision-avoidance technology can aid a driver in low-light conditions, automatically braking the car for its driver when an obstruction is detected. Look for more on BMW's Remote Valet Parking system as the 2015 Consumer Electronics Show approaches. Until then, scroll down for the full press release. BMW Innovations at the 2015 Consumer Electronics Show (CES) in Las Vegas. 360-degree collision avoidance and fully-automated parking in multi-storey car parks. BMW Remote Valet Parking, CES 2015. (12/2014) Munich/Las Vegas. BMW was already demonstrating at the Consumer Electronics Show (CES) 2014 how perfect control technology can provide highly automated mastery of all drive statuses right through to very tight margins.