Bentley is taking the next step on its journey to a sustainable future with the launch of the new Bentayga Hybrid – the only electrified true-luxury SUV in the world, and a model that Bentley predicts will become the best-selling member of the new Bentayga family.
Following the recent launches of the new Bentayga V8 and Bentayga Speed, the new Bentayga Hybrid becomes the third model in the most successful luxury SUV portfolio the segment has ever seen.
The new exterior and interior design emphasises Bentley design DNA across the entire model range, giving Bentley the freshest and most modern product family of any luxury car company.
The new Bentayga Hybrid offers the ultimate in electric luxury, with smooth and silent progress through urban environments, whilst having the grand touring capability to escape the city and explore further. Customers of the Bentayga Hybrid can escape the noise of the city through the refined and acoustically-isolated serenity of the cabin without engine interference, using up to 31 miles of electric-only range (NEDC), before physically leaving the city behind with the comfort of a total combined range of 536 miles (NEDC).
Delivering the same level of comfort and luxury, yet with a quieter and more refined driving experience, the Bentayga Hybrid brings a selection of new technologies and connected car services, positioning the new product as the most technically advanced Bentayga to date.
Introducing the very latest on-board technology and an even more cosseting cabin, the new Bentayga is significantly revised both inside and out from the previous generation.
Subtle exterior badging complements the new Bentayga’s exterior design now prevalent across the entire model range, giving Bentley the freshest and most modern product family of any luxury car company.
The Bentayga Hybrid’s electrified powertrain consists of 12 main components in three key areas. Firstly the distribution of electricity; the charge point is located on the left-hand side of the car, opposite the fuel flap and is specific to the region of the vehicle. An LED provides a visual indicator showing the state of charge of the battery, which can be charged at a rate of 7.2kW/h.
The 17.3 kWh lithium battery consist of 168 individual cells with an expected life of 100,000 miles or eight years, and can be charged to 100 per cent in as little as two and a half hours (region specific). The power electronics convert the energy stored from the high voltage battery to supply the E Motor or supplement the existing 12v vehicles electrical infrastructure.
Conversion of stored energy into smooth, effortless performance is via the 94 kW (126 bhp) E Motor which can produce up to 258 lb.ft (350 Nm) of torque. The E Motor is housed within the transmission between the gearbox and internal combustion engine and can deliver full torque instantaneously from stationary, providing silent and rapid vehicle acceleration.