Bentley Personalisation Options and Mulliner Bespoke
The all-new Continental GT redefines personalisation and bespoke luxury. Paint, leather, veneer and lifestyle options are virtually unlimited and tailored to the individual.
The standard palette alone comprises 17 exterior paint colours, with up to 70 hues available in the extended range. There are also 15 luxurious carpet options, eight different handcrafted veneers (with a further four dual-veneer options) and 15 choices of interior trim hide, which means that customers are able to specify their own choice of luxury finish.
Two technology option packs are offered at launch: City Specification for urban journeys and the Touring Specification for long-distance driving, both curated to optimise the customer experience. City Specification includes hands-free boot opening, pedestrian warning, traffic-sign recognition and city braking systems as well as a top-view camera. The Touring Specification pack, meanwhile, offers adaptive cruise control with traffic-jam assist, active lane assist, a heads-up display, night vision with an infrared camera, and pre-sense braking.
The Mulliner Driving Specification adds a more sporting look to the car with 22” lightweight forged alloy wheels, unique ‘diamond in diamond’ quilting, embroidered Bentley emblems, additional veneer options, a jewelled-finish fuel filler, sports pedals and indented leather headliner. Customers can also choose personalised stitching in the front and rear of the car and personalised tread plates.
As with all Bentleys, the Continental GT can also be handed over to the highly skilled and dedicated craftspeople at Mulliner, Bentley’s personal commissioning division, who will respond to bespoke customer requirements.
Extreme Conditions: Global Testing for the Perfect Grand Tourer
Bentley’s highly skilled engineers have put the new Continental GT through the extraordinary rigours of extreme hot and cold weather testing – as well as durability tests – around the globe to ensure the new Grand Tourer triumphs in all driving conditions, covering nearly one million kilometres.
A demanding and thorough development drive programme put the new Continental GT through cold-climate testing in polar areas, hot-weather testing in America and durability testing on the gruelling roads in South Africa; as well as tests in the Middle East, China and Europe.
A team of expert Bentley development engineers led the testing in Sweden for serious sub-zero driving on frozen lakes and in snow. In America, testing also took place in the below sea-level ‘oven’ of Death Valley with temperatures approaching 50 degrees Celsius for a trial covering thousands of kilometres.
Energy-Efficient Production Using Sustainable Materials
Since 2003 more than 66,000 Bentley Continental GTs have been handcrafted in the factory in Crewe, England. Over that period the style, technology and engineering behind the car have been constantly evolving, and the vehicles produced in Crewe have become ever more efficient.
Similarly, the production techniques utilised in Crewe have become significantly more efficient over that time. The all-new Continental GT is being produced in a factory where up to 40 per cent of the electricity needs are met by 20,815 solar panels covering over 34,500 square metres of factory roof space. The installation was the largest of its kind in the UK when first put in place. The solar panels provide a capacity of 5.1 megawatts and contribute to a CO2 reduction of 2,500 tonnes per year.
Following significant reductions in key environmental areas, Bentley has become the first UK automotive manufacturer to be awarded the Carbon Trust Standards for carbon, water and waste respectively. The Crewe headquarters was the first UK automotive plant to achieve the internationally recognised ISO 14001 environmental and ISO 50001 energy management standards.
Bentley’s desire to offer customers the very best cars in the world – with unsurpassed levels of luxury and performance – goes hand-in-hand with a determination to enhance significantly fuel economy, reduce emissions and develop highly advanced, sustainable drive technologies for the future.