2016 Mclaren 570 on 2040-cars

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Ferrari, BMW lend expertise to Olympic bobsled, skeleton, luge

LONDON — There are plenty of reasons why the sport of bobsleigh is sometimes referred to as Formula One on ice, but few as obvious as Italy's World Cup sleds. Resplendent in Ferrari red, and with a set of team sponsor Pirelli's P-Zero tyres painted on the sides, they are even liveried to look like racing cars. Ferrari, Formula One's most glamorous and successful team, have worked with the Italian federation, whose sleds run without sponsor branding at the Olympics, since 2010 and in the run-up to next month's Pyeongchang Winter Games. Former rival BMW, title sponsor of the World Cup, has long partnered the U.S. bobsleigh team, while McLaren teamed up with Britain's bob and skeleton athletes for the 2014 Sochi Games in Russia. "There's always the link between the Formula One companies, or any motor company, and skeleton and bobsleigh," says Rachel Blackburn, the engineer who has been involved in Britain's skeleton program since 2006 and who used to work for McLaren. "There's the Ferrari sleds and the BMW sleds ... when we were at McLaren it kind of made a good story," she told Reuters by telephone from her home in Dubai. That somewhat manufactured rivalry has died down in the years since Sochi, with McLaren no longer involved and Ferrari's presence low key. But the worlds of grand prix motor racing and sliding sports still have plenty in common. Bobsled, luge and skeleton are among the fastest of Olympic sports, with bobsleds reaching speeds over 90 mph. Drivers are subjected to gut-wrenching G-forces, and crashes can be fatal. And then there is the ongoing debate about cost controls, the direction of future rules, preserving a level playing field and obsessive secrecy — all endlessly recurring themes in Formula One. 80 mph on a tea tray Blackburn said skeleton, where riders hit 80 mph on what has glibly been compared to an oversized tea-tray, sits somewhere between Americas Cup yachts and Formula One cars in terms of speed and aerodynamics. "Applied engineering is far more interesting than the pure stuff, so when its applied to something that's fun and exciting it does make it a lot easier to solve problems," she said. "There is the Americas Cup, sailing, Formula One and the high speed ice sports as well. It's the same concept.

McLaren's novel MP4-31 suspension revealed

Giorgio Piola and Matt Somerfield analyze the innovative suspension design on McLaren's new MP4-21 Formula 1 car. McLaren has openly talked about there being some 'innovation' on its 2016 Formula 1 car when the first images of the Honda-powered machine emerged on Sunday. And while there were already hints from the launch pictures about an aggressive suspension solution, it was only when the new car hit the track at Barcelona on Monday that such concepts have been confirmed. As Giorgio Piola's exclusive photograph below shows, McLaren has been very bold with its front suspension design - with the upper rear arm much lower than is normal. McLaren MP4-31 detail Photo by: Giorgio Piola It was interesting too that the team had fitted additional sensors on both of the rear arms of the wishbones to help monitor data from this area during the first day of testing. Suspension thinking Rather than an assimilation of the conjoined lower wishbone (see below), pioneered by Mercedes in 2014 and adopted elsewhere, we can see that McLaren is thinking independently. Mercedes AMG F1 Team W07 detail Photo by: Giorgio Piola The front suspension can have a marked effect on how the airflow moves down and around the rest of the car and so the teams have to carefully plan its layout, as it is exceptionally difficult to change once designed. McLaren is clearly searching for previously untapped aerodynamic performance, with the rear profile of each of the wishbone arms placed virtually on top of one another. The upper of the two is slung lower than usual, meaning it should work in unison to pull the airflow down and around the sidepod, rather into or over it. These early tests, with the sensors placed on the wishbones, are used to correlate the on track data with what the team expected when the car was tested both kinematically and aerodynamically in CFD, the wind tunnel and on the seven-post shaker rig. Red Bull push The pitlane launch of the 2016 Red Bull challenger, amongst a frenzy of other machines, means a more detailed analysis of it will follow later. However, one area of interest, like the McLaren, is the front suspension. It has converged on the idea of conjoining the lower wishbone element but, as is usual for Red Bull, it has taken it to extremes, with only a small opening now available at the inboard sections. Of course this is done for its aerodynamic purposes with the large surface area allowing a smoother transition of the airflow.

McLaren P1 GTR Design Concept previews super exotic track stormer

McLaren says the P1 GTR has one goal: "to be the best driver's car in the world on track." And with no intentions of making the thing road-legal, McLaren was able to freely put together this design concept, showing a car that, to our eyes, looks absolutely capable of delivering the best in track-focused dynamics. Under the hood, the P1's 3.8-liter twin-turbo V8 has been enhanced to deliver 986 horsepower, an increase of 83 hp versus the engine's already ludicrous tune in the standard car. McLaren paid extra close attention to improving aerodynamics, with the sole intent of allowing the GTR to offer "more extreme performance," according to the company's press release. The front track is wider, with a larger, GT-style splitter. Cooling for the engine and brakes has been improved. The ride height has been lowered. The car's mirrors are now repositioned on the A-pillar to reduce drag and allow for better visibility. What's more, the racer rides on a unique set of 19-inch lightweight motorsport alloy wheels, and tire changes are easier managed thanks to an onboard air jacking system derived from the setup used on the 650S GT3 racecar. Active aerodynamics are found out back, too, with a fixed-height wing that uses a hydraulically operated drag reduction system, working in tandem with the active aero flaps placed ahead of the front wheels. Alongside the P1 GTR launch, McLaren offered up a few details about its new driver program, an exclusive ownership experience that includes specialized driver training, access to a racing simulator and more, all of which is "designed to prepare each driver mentally and physically to fully exploit the abilities of the McLaren P1 GTR." It sounds pretty intense, with each experience being individually tailored for each specific driver. Read more details about the driver program, as well as the P1 GTR in the press release below, and have a look at the gallery above to see live photos of the car direct from its debut here in Monterey.