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Thermal imagery of BMW M4 DTM pit stop is red hot

A pit stop is a pit stop, right? The race car pulls in, the crew changes the tires, pumps in some fuel, maybe swaps out a busted body panel or squeegees the windshield, and off it goes for another heat. Only pit stops have become the focus of news lately for a number of reasons, whether it's because of mishaps (like the ones that prompted F1 to ban mid-race refueling), new time records (due largely to said ban) or interesting new ways to film the fast-paced action.
A few weeks ago we brought you footage of an IndyCar pit stop filmed from multiple angles courtesy of Google Glass. Now BMW has released a brief clip of one of its M4 DTM racers coming in for fresh rubber, all filmed by infrared camera. Its the kind of technology BMW uses to help optimize its German touring cars for competition, and now the Bavarian outfit has released some footage for fans to enjoy.
The resulting thermal imagery gives you an idea of how hot the car runs (and where the heat is emanating from), how warm they get the fresh rubber before they get it onto the car, and what kind of temperatures the pit crew is subjected to. Look closely enough in the 25-second video below and you'll even see the heat sputtering out of the exhaust pipes as the M4 downshifts into its pit box. (Just don't try adjusting your speakers, the clip is without audio.)

The 2017 Alpina B7 xDrive isn't as cool as the BMW M760i

Steve Ewing is good people, but when it comes to big BMWs, he talks nonsense. He argues, incorrectly, that the new Alpina B7 is somehow cooler than the new M760i. Here's why he's wrong. No surprise, but the bulk of the pro-M760i argument comes from under the hood. Yes, both cars produce 600 horsepower and 590 pound-feet of torque, but it's where the power comes from that really matters. The M760i's power is just much more accessible, with peak torque coming in at just 1,500 rpm, while the Alpina makes owners wait until 3,000 rpm for max twist (a fact Ewing glosses over). The V12 also offers up all 600 horsepower at 5,500 rpm, 250 rpm earlier. Sure, the Alpina is 0.3 seconds faster to 60 miles per hour – it does the deed in 3.6 seconds to the M760's 3.9 seconds – but it relies on a tweaked transmission setup to do it. Not only that, but big automakers like BMW are usually quite conservative about performance figures, so it's still a bit early to hand a medal to the aftermarket. Here's the other thing about the engines – Nigel Tufnel would prefer the M760i. See, the Alpina has a 4.4-liter, twin-turbo V8, but the M760i has a 6.6-liter, twin-turbo V12. To paraphrase Tufnel, "This one has a V12." We rest our case. Other changes between the two cars are largely in the eye of the beholder – we can talk about the transmission, suspension, and xDrive changes until we're blue in the face, but we simply don't have enough information about the two setups to make substantive arguments – some people might prefer the subtler styling of the M760i. We're not going to blame anyone for liking the more aggressive look of the Alpina, with its big, quad-tipped exhaust, meaty front splitter, or aggressive side sills. And those 21-inch Alpina wheels? Easily the coolest styling detail. You can get a closer look at them, and the Alpina's other changes, in our live gallery from the floor of the Geneva Motor Show. Related Video: Power, Dynamics and Luxury combined for class-leading performance and a superior driving experience – the all-new 2017 BMW ALPINA B7 xDrive. - Unique combination of high-performance drivetrain with 600 bHP and xDrive all-wheel drive system provide a 0-60 mph acceleration time of just 3.6 seconds. - Most advanced suspension and chassis technology with ALPINA calibration including for the first time Integral Active Steering for ultimate dynamics and comfort.

Plug In 2014: BMW i DC Fast Charger is poised to change the EV game

It looks like it's just a blue box on a pole, but BMW's new i DC Fast Charger represents a much bigger deal than just the lowest-cost SAE Combo Charger on the market. BMW sees it as the key to getting more drivers into electric vehicles. As Robert Healey, the EV infrastructure manager for BMW of North America told us, "For [BMW], the future is clear. DC charging really is the future." "DC charging really is the future." – Robert Healey, BMW We spoke with Healey at the Plug-In 2014 conference in San Jose, CA last week about the promise of the new $6,548 DC fast charger. "The strategy is pretty simple," he said. "BMW wants to get as many DC Fast Chargers out there as possible. We're not in the charging business, we're in the EV business and to support the sales of our cars, we have identified some key areas: home charging, public charging and assistant services for EV drivers." That's why the first of the new blue boxes will be installed at the 285 i dealers in the US, many of whom already installed the cables needed for fast charging when they put in the Level 2 chargers, said BMW's Cliff Fietzek, manager of connected eMobility. Even if you haven't gotten a site ready for a DC fast charger, the installation costs for BMW's unit are lower because you don't need to pour concrete (for the wall unit) and the SAE Combo connector plug costs "significantly" less than the competing CHAdeMO plug, Fietzek said. One minor drawback to the BMW DC fast charger compared to the more expensive traditional, full-size DC fast chargers is that the 24kW BMW fast charger allows you to charge to 80 percent full in 30 minutes, while the bigger units can do the job in 20. The good news for EV drivers with SAE Combo cars (which, in the US, means the Chevy Spark EV and the VW e-Golf) is that any driver with a Combo plug car and a ChargePoint card will be able to use the BMW stations. In fact, BMW is talking with both GM and VW on where to install SAE Combo stations in the US so that there is minimal duplication of effort. In other places, BMW is working with other automakers, including Nissan, which uses a competing fast charging standard. "In Great Britain, we are installing triple chargers, the CHAdeMO, SAE Combo and the high-power, three-phase AC that can go up to 43 kW to support the Renault [EVs] and others," Fietzek said.