Bentley Flying Spur First generation

Bentley Flying Spur First generation
Photo: M 93 / Wikimedia Commons · CC BY-SA 3.0 de

The Bentley Flying Spur First generation (2006–2013): dimensions, weights, reliability and the official figures of its 2 versions in the European Union and the United Kingdom.

Model codes: 3W

Dimensions, weights and capacity

SpecificationEuropeWikipedia
Dimensions
Length5,300 mm RDW5,290–5,306 mm
Width1,930 mm RDW1,915 mm
Height1,490 mm RDW1,476–1,478 mm
Wheelbase3,070 mm RDW3,065 mm
Front track1,644 mm ASTRA–
Rear track1,641 mm ASTRA–
Weights and towing
Kerb weight2,450–2,465 kg RDW2,475 kg
Mass in running order2,550–2,565 kg RDW–
Gross vehicle weight2,972 kg RDW–
Seats and space
Seats4–5 RDW–
Doors4 RDW–
Performance
Top speed320 km/h RDW312–322 km/h
Torque660–800 Nm ASTRA650–750 Nm

Tyre sizes (most common first): 275/35R20, 275/35R21, 275/40R20, 275/45R19

Ranges cover the generation’s versions and body styles; European and North American versions can differ. Sources: RDW type approvals (Netherlands), Wikipedia (en, de), ASTRA type approvals (Switzerland). Wikipedia figures are used under CC BY-SA 4.0.

All 2 versions of the Bentley Flying Spur First generation

European Union 1 version

New cars registered in the EU (plus Norway and Iceland), from the European Environment Agency. Figures on the NEDC procedure until 2020 and on WLTP from 2021; versions are grouped by engine and power, with their number of registrations.

Years and versionEnginePowerFuelCO₂EU registrations
20136.0 L460 kW (625 PS)Petrol343 g/km422

United Kingdom 1 version

New cars on sale in the UK, from the Vehicle Certification Agency. NEDC figures until 2018 and WLTP figures after; years are the editions a version appeared in.

Years and versionEngineFuelGearboxConsumption (combined)CO₂
2013–2014W126.0 LPetrolAutomatic14.7 L/100 km NEDC343 g/km

Similar models from other brands

Official figures are measured on standard test procedures and differ between markets. Your consumption depends on how, where and in what conditions you drive.