Flying Spur

Flying Spur

Flying Spur

* Ultimate high luxury sedan with unrivalled performance
* New Flying Spur brings more comfort and refinement
* Fastest, most powerful four-door Bentley model ever
* Sleek and elegant new styling
* Contemporary cabin design with traditional hand-crafted luxury
* Lighter overall despite enhanced specification
* Connectivity and infotainment with own Wi-Fi hotspot

Bentley establishes a new luxury performance sedan benchmark with the launch of the new Flying Spur. With its unrivalled blend of effortless driveability, exquisite luxury and craftsmanship, sculpted design and state-of-the-art technology, the new Flying Spur takes the worldwide success of its iconic predecessor further.

Bentley’s styling team has developed an athletic design for the new Flying Spur that combines traditional Bentley styling cues with a sporting stance and contemporary details. Sharp feature lines complement muscular rear haunches, while LED day-time running lights, dipped headlights and taillights characterise the front and rear profiles.

The interior designers have created a luxurious, spacious cabin that dresses advanced acoustic and electronic technologies in exquisite hand-crafted leather hides and wood veneers

Flying Spur
Flying Spur

Powering the new Flying Spur is Bentley’s renowned 6.0-litre, twin turbo W12 engine, coupled to a ZF eight-speed transmission. Developing 625 PS (616 bhp) and 800 Nm of torque, the new Flying Spur features more power than any other Bentley four-door in history.

A 14 per cent improvement in the power-to-weight ratio over the outgoing model delivers a breath-taking 0-60 mph time of 4.3 seconds and a top-speed of 200 mph (322 km/h). In the modern Bentley tradition, power is delivered to the road via all-wheel drive with a 40:60 rear-biased torque split for a sure-footed, engaging drive in all road and weather conditions.

The styling of the new Flying Spur establishes a new design character for Bentley’s performance sedan. An elegant direction is reflected by a lower, wider appearance with sharp lines and gently curvaceous surfaces. A lower roof line, deeply sculpted panels, precise feature lines and a muscular rear haunch give the Flying Spur a more aggressive stance and a powerfully dynamic profile.

The front fenders feature a striking new wing vent complete with an elegant Bentley “B” motif. From here, an additional feature line forms a sharply defined edge running from the front wheel all the way to the rear bumper, underlining the shape’s dynamic character.

Flying Spur
Flying Spur

At the front of the car, a more upright chrome grille sits between the pairs of jewel-like LED headlamps. Emphasising the lower, wider stance, the outer lamps are the larger of the two. Beneath the front grille, the lower intake is now full width with no vertical divisions, but instead with a chromed horizontal accent that completes the dramatic face of the new Flying Spur.

At the rear, a longer and lower boot lid lends a more swept appearance to the side profile. Horizontal single ellipse LED tail lamps combine with a new interpretation of the Bentley “Horse Shoe” feature line, now running the full width of the car and encapsulating a graceful concave section.

With outstanding ride comfort of vital importance, the independent computer-controlled air suspension of the new Flying Spur is redesigned to maximise impact absorption and isolation. Compared to the outgoing model, suspension spring rates are softened front and rear by 10 per cent and 13 per cent respectively, for improved ride comfort in the normal operating region.

The rate of stiffness increase during harder cornering has been increased for improved control of heave, pitch and roll. Anti-roll bars are softened by 13 per cent and 15 per cent to improve single wheel impact absorption. Suspension lever bushes all-round are softened by at least 25 per cent for reduced road surface-induced noise and vibration.

Flying Spur
Flying Spur

As the new Flying Spur approaches its 200 mph (322 km/h) top speed, the ride height is automatically lowered via the air suspension system in order to compensate for aerodynamic forces. This helps not only to improve vehicle stability by optimising aerodynamic balance along the car, but also reduces drag, with benefits both to top speed and CO2 output.

The new car has a two-stage lowering strategy, firstly lowering by 5 mm at the front and 10 mm at the rear at 121 mph (195 km/h) and then by a further 8 mm and 13 mm respectively at 149 mph (240 km/h).