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Race Recap: 2016 European GP was a cakewalk for Rosberg

Formula 1 teams had no setup data or tire information for the six-kilometer Baku City Circuit hosting the European Grand Prix, and that's the reason for much of the weekend's excitement. Nico Rosberg snatched pole position after Mercedes-AMG Petronas teammate Lewis Hamilton hit the wall during qualifying. When the lights went out, Rosberg put in a clinical drive way out front to score his second career grand slam: pole position, leading every lap, fastest lap, and victory. Sebastian Vettel put in a similarly lonely drive in his Ferrari to second. The German had little to do on track other than get around his teammate on Lap 28, and that came courtesy of team orders. Sergio Perez started from second on the grid, but a gearbox change after clouting the wall during Free Practice dropped him to seventh. The Mexican cut his way through the field after his sole pit stop on Lap 17 of the 51-lap race, passing Ferrari's Kimi Raikkonen for third on the final lap. It's Perez's second podium in three races after finishing third in Monaco. Force India has five podium finishes in its eight-year history, and Perez's name is on four of them. Raikkonen followed in fourth. Stewards hit the Finn with a five-second penalty for crossing the pit-entry line during the race, so even if Perez hadn't passed him on track, Raikkonen would have been classified fourth. Hamilton's up-and-down weekend ended with a burst of radio messages and a whimper. He climbed from tenth on the grid to fifth in the race, then his energy recovery system began harvesting in the wrong places. The snafu cost Hamilton two seconds per lap compared to the leaders. The trouble came from a switch turned to the incorrect position, but the FIA ban on driver assistance meant Hamilton's engineer couldn't tell the driver how to fix the problem. At one point when Hamilton said he was going to reset the whole car, his engineer replied, "Um, we don't advise that, Lewis." Hamilton finally found the proper setting on Lap 43, but turned the engine down again when he realized he couldn't catch the leaders. Mercedes said that Rosberg had the same issue, but Rosberg fixed it on his own. Valtteri Bottas got his Williams across the line four seconds behind Hamilton. Red Bull teammates Daniel Ricciardo and Max Verstappen couldn't get their tires to work, forcing both racers to pit twice before finishing seventh and eighth.

Lego built a full-size McLaren Senna, and it's glorious

Lego is not slowing down with its forays into the automotive scene. Today we bring you news of a full-size McLaren Senna model, built as a collaboration between Lego and McLaren. This brick supercar is built using 467,854 individual pieces, which if anybody is counting, is about 200,000 pieces more than Lego used to create the life-size 720S from awhile back. It's still not as complex as the over 1 million-brick Bugatti Chiron project, though. Construction took 2,725 hours from start to finish, while the design and development took just over 2,000 hours. The car itself is built to an exact 1:1 specification in size, and includes a ton of bits from the actual Senna. Borrowed parts include a seat, steering wheel, pedals and infotainment system. Those in the driver's seat are able to operate the lights and play around with the big center infotainment screen. When you push the "start button," an engine simulation plays over the speakers to try and convince you that the twin-turbo V8 is actually behind you. Real McLaren badges right off its cars are fitted anywhere you'd normally see one. Then the wheels and Pirelli tires from the Senna are mounted to the chassis. Getting in and out through the Lego dihedral doors is apparently a bit difficult, but they're removable to allow easy access to the seats. In total, the Lego Senna weighs a hefty 3,348 pounds, which McLaren says is 1,102 pounds more than the real Senna weighs. Keep in mind that this one doesn't even have an engine. It also took nine times longer to produce than a road-going McLaren Senna takes (which is 300 hours if you were wondering). The details and structures to make this thing stick together are impressive, especially that huge wing hanging out the back. McLaren fitted some properly insane aero to the production Senna, and replicating the shapes and angles with Legos couldn't have been easy. Sadly, this one doesn't appear to have any real ability to drive at low speeds like the Chiron does with its electric motor. McLaren plans to show it off at car shows and events like the Goodwood Festival of Speed this summer.

McLaren releases new Senna GTR footage and explains that giant wing

McLaren launched the McLaren Tech Club last week with a brief episode about the aerodynamic magic of the open-top McLaren Elva. In part two of the video series, McLaren continues to explain how air and wind affect a car's design, but this time it's in a very different way. McLaren Principal Designer Esteban Palazzo dives into how the massive wing on the McLaren Senna GTR came to be and what purpose it serves. Three extra videos also show new footage of the Senna GTR testing in Bahrain. Like the McLaren F1 GTR and McLaren P1 GTR that preceded it, the Senna GTR's most prominent feature is its multi-tiered, multi-layered, carbon fiber pedestal wing. Palazzo says it was not only inspired by high-performance cars of the past and aircraft design, but also by the likes and tastes of the intended customers. In the case of the Senna GTR, Palazzo mentions science fiction and architecture. The wing, which creates about 2,204 pounds of downforce and aids vehicle stabilization, has a few features that might not be immediately noticeable from photos or video. The shape takes design cues such as the endplates from LMP1 cars. In addition to connecting to the posts, the wing is further integrated into the car's shape with attachments to the rear diffuser. The last piece mentioned is the automatic drag reduction system (DRS), a new piece of moving technology that helps with, well, minimizing drag. After releasing episode two of the McLaren Tech Club, the Brits followed up with three videos of the Senna GTR testing on the Bahrain International Circuit, on which the Senna GTR holds the fastest race lap in the circuit's current configurations. The first video offers an interactive 360-degree interior view, the second video shows the driver's point of view, and the third video is shot from the Senna's front splitter. McLaren does not say who is in the driver's seat. Episode three of the McLaren Tech Club should arrive at a similar time next week. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.