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McLaren F1 may be resurrected as a three-seat, 700-hp GT car

Nearly 25 years ago, the McLaren F1 was unrivaled on the streets. A screaming BMW V12 pushed that three-seat car to a record-breaking 243 mph. The F1 was faster, more expensive, and more exclusive than any other production car of the era. Even today, few cars have eclipsed it. Now, McLaren is rumored to be working on a successor to what some consider the greatest road car ever built. According to Autocar, McLaren Special Operations, or MSO, is working on building the fastest GT car in the world. The car will draw influence and some cues from the original F1, but it won't be an exact recreation or retro-styled version of that car. The goal is to build the fastest vehicle in the world with three or more seats. It won't be P1 fast, but it also isn't meant to be. The MSO division works on bespoke vehicles for customers. It deals with custom designs, from unique paint colors to one-off models. Autocar reports that a number of customers have requested something a little softer and more luxurious than what McLaren currently offers, and some have asked after a three-setup like the on the original F1. While McLaren's current offerings are fast, they lack some of the more premium touches of some competitors. Since returning to the road-car business, McLaren has been met with both critical and commercial success. All of its vehicles use a shared carbon-fiber crash structure, modified slightly for each vehicle. All are powered by a twin-turbocharged 3.8-liter V8, tuned differently for each vehicle. All of their current cars have traditional a two-seat layout. The new F1 will make use the same 3.8-liter V8, without the hybrid system of the P1, cranking out more than 700 horsepower. That would make it McLaren's second most powerful vehicle. MSO has reportedly been tasked with adapting McLaren's basic carbon-fiber monocage/monocoque for use on a three-seater, with the driver placed directly in the middle. The suspension would be a shared McLaren system, though set a little softer than in other models. The interior, Autocar claims, will be unique to this car. Dihedral doors, bespoke switchgear, and a custom set of luggage will all be present. Every car is expected to be tailored to each owner's preferences. It's not clear when the vehicle would go on sale, though Autocar believes it will be before the end of the decade. Supercars take years to design, and McLaren has an ambitious plan for its future.

McLaren P1 program director gives an aero walkaround

Evo magazine recently got McLaren P1 program director Paul Mackenzie to reveal some of the aerodynamic and materials details that help make his new hybrid supercar so stupendous. The walkaround makes sense of the numerous intersecting lines and angles on the P1, like the main intakes placed inside the doors, the vents just ahead of the front wheels that were added later in road testing to get more cooling to the radiators, the vents on the rear to cool the clutches and the titanium-mesh chimney behind the roof intake. Mackenzie also talks about the Race setting that lowers the whole car 50 millimeters – below the minimum height of road legality in the UK, in fact – and how the raised rear wing automatically changes pitch to reduce drag when you take the coupe above 160 mph. This is what you get when you sit aerodynamicists, engineers and designers in the same room to shrink-wrap a street-legal body around a 900-horsepower chassis. You can find out more about it in the video below. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Related Gallery McLaren P1: Geneva 2013 View 19 Photos News Source: EVOTV via YouTubeImage Credit: Gallery images copyright 2014 Drew Phillips / AOL McLaren Technology Coupe Luxury Performance Videos mclaren p1 aerodynamics evo

McLaren envisions future of Formula One racing in 2050

We're seeing a lot of change in the car industry with the rise of electric vehicles, autonomous driving features and ever more connectivity, so much so that the car world will probably look pretty different 30 years from now. But what about in motorsports? Well, McLaren expects some pretty radical changes, too, and it put together an elaborate vision of what its bread and butter, Formula One, will look like in 2050. The race cars will still be open-wheel racers with elaborate active aerodynamics. The company describes flexible side pods that can retract for high speeds up to 310 mph, and can then expand for additional drag when braking and cornering. Downforce will come more from diffusers and undercarriage designs than external wings. The cars will be fully electric, and charging will come from induction coils placed in the ground with receiver coils in "self-repairing composite" wheels and tires. McLaren expects the cars to recharge 10 to 50 percent of battery capacity in 10 to 30 seconds. Traditional pit stops may give way to charging lanes or zones that provide different amounts of power depending on your speed, adding more strategy. With faster cars, McLaren suggests that track designs could be reimagined. They would include steeper banking in corners to keep speeds up, allow even tighter turns, and expand the tracks for the higher top speeds. Street circuits could even expand to encompass entire cities for more places to view the cars and more interesting courses. The driver will have some impressive technology at hand, too. To combat the high speeds and g-forces, especially on those hypothetical banked tracks, drivers will need fighter pilot-style suits with inflatable air bladders to keep from blacking out. An AI system will be on-board to help develop racing strategy, and make adjustments to the strategy and car to accommodate the driver's shifting emotions. This technology will have to be supported by drivers working on strength training, and crew mates that race the tracks virtually to develop strategies and racing lines that can be used in the race. It's a wild view of the future. And it's tempting to write some of this off as pure fantasy. But a lot can happen in 30 years. Just look at cars from now compared with those of 1989. We'll certainly be excited to see what does happen and how accurate McLaren's vision is. Related Video: