McLaren 570S Coupé at a glance
- Most luxurious and practical McLaren to date;
- 150-litres of luggage space;
- Sports Series joins the Super Series and Ultimate Series to complete the three tier McLaren range being shown together for the first time in New York;
- A classic sports car with mid-engine rear-wheel drive layout and carbon fibre structure;
- ‘Shrinkwrapped’ design includes elegant flying buttresses to optimise aerodynamics and increase downforce;
- M838TE twin turbo V8 engine, featuring 30% new components, produces 570PS and 600Nm
- Class leading power-to-weight ratio of 434PS per tonne gives breath-taking performance.
CLAIMING the most practical super sports car to date, McLaren has unveiled its 200mph McLaren 570S Coupé.
While maintaining its stance as a pure sports car, the Coupé comes fitted with all the creature comforts a successful small business owner could wish for.
The cabin of the 570S has been designed around the driver, with a clear focus on engagement, visibility, functionality and more than any McLaren before it, day-to-day usability and space.
As standard, the sports seats are leather upholstered – racing seats are optional – offering a high level of long distance comfort and support. The dashboard and steering wheel are also all leather trimmed. Intelligent and ergonomic design within the cabin provides extended stowage space, with the most usable space of any McLaren model to date. This adds to the 150 litres of storage in the front luggage bay.
The 570S is comprehensively equipped with a full infotainment system including an all new TFT digital instrument cluster that changes configuration according to driving mode, a seven-inch IRIS touchscreen, now with integrated climate control functionality, Bluetooth connectivity and DAB digital / SIRIUS satellite radio (depending on market), mounted on a ‘floating’ centre console. Despite the extensive specification list, weight-saving is still a key focus on the interior and the McLaren Audio four-speaker system ensures the optimal sound quality at the lowest possible weight.
