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| McLaren 540C Coupe |
Power is delivered through the rear wheels via a seven-speed seamless shift gearbox (SSG) which, aided by the low weight of the 540C, sees the 0 to 100km/h (62mph) sprint completed in 3.5 seconds, 0 to 200km/h (124mph) in just 10.5 seconds, and on to a top speed of 320km/h (199mph). Given this level of performance, 25.5 mpg on the EU combined cycle and emissions of just 258 g/km are an impressive achievement.
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| McLaren 540C Coupe |
A subtly revised aerodynamic package and a dedicated wheel design mark out the 540C Coupé against the more powerful 570S Coupé. Unique aero blades below the front bumper channel cold, clean air through the lower bodywork and up over the sculpted bonnet, flanked by large LED headlamps. At the rear, the diffuser sits between the twin exhausts which exit below the rear bumper. The aerodynamically-led styling of the Sports Series Coupé includes intricately designed dihedral doors which include the elegant floating door tendon. This design feature channels air along the length of the door into the two integrated air intakes mounted in the rear quarter panel. This creates a clean path for the air to flow along the bodywork with minimal drag, directing air to the flying buttresses at the rear of the cabin which optimise air flow over the rear deck to increase downforce levels and aid engine cooling. An integrated spoiler at the trailing edge of the rear deck provides optimal downforce.
The McLaren 540C Coupé is fitted with distinctive new cast alloy wheels, available with silver or stealth finish, 19-inch at the front and 20-inch at the rear. These are fitted with Pirelli P Zero™ tyres as standard, which have been developed specifically for the Sports Series to offer high levels of performance in all conditions, with progressive levels of grip and a focus on comfort. The 540C retains the Formula 1™-derived Brake Steer system, designed to aid cornering through the application of braking force to the inside rear wheel. This enables later braking into corners, and earlier application of power on exit.
