The 3.8-litre twin turbo V8 petrol engine has upheld the honour for McLaren Automotive, having won the ‘3-litre to 4-litre’ category at the 2014 Engine of the Year awards. The success marks the second consecutive year McLaren has claimed the prestigious title, having been named the first new winner of the accolade for five years in 2013.
The M838T engine, designed and developed by McLaren in collaboration with Ricardo, has recently undergone significant changes to produce a class-leading 650PS and 678Nm of torque in the McLaren 650S Coupe and Spider. Acceleration from a standstill to 62mph (100 km/h) takes just 3.0 seconds, with no compromises to efficiency or emissions, returning 24.2 mpg (11.7 l/100km) on the combined cycle, emissions of just 275g/km, and no gas guzzler tax in North America.
The International Engine of the Year awards were presented at Engine Expo 2014, and voted for by an independent panel of leading automotive journalists from around the world.
Commenting on the engine, co-chairman of the Awards and one of the international judges, Dean Slavnich explained: ‘Supercar trailblazing in every sense: lightweight, twin turbocharging, reduced displacement and so very flexible with a wide power output – the M838T V8 is just a wonderful piece of powertrain engineering.’
Richard Farquhar, Head of Powertrain and Graham Langham, Engine Manager from McLaren Automotive received the award at a ceremony in Stuttgart, Germany.
On collecting the award, Richard Farquhar explained: ‘It is a real honour to collect this award for the second year in a row, and is credit to all at McLaren Automotive for the hard work and dedication to the continued progress and development that McLaren is famous for. The M838T engine has been extremely successful since it was first introduced, and redefined the benchmark in terms of performance, refinement, weight and efficiency. It has recently been further enhanced with the launch of the 650S, with the power and torque figures both increased to optimise driving engagement and further enhance performance. Despite these updates, the class-leading efficiency has been maintained and emissions levels have actually improved.’