2014 Land Rover Range Rover 4.4L Diesel · HGZ 8

Running a 2014 Range Rover SDV8 is a substantial commitment. Real-world fuel economy for this engine typically falls between 25 and 30 mpg depending on driving style, giving a range of roughly 300 to 350 miles from the 85-litre tank. As a vehicle registered between March 2001 and March 2017 with a 4.4-litre diesel engine producing over 200g/km CO2, this Range Rover will sit in a high VED bracket — likely £300 to £600 per year depending on the exact emissions figure recorded. Insurance for a Range Rover of this age falls into group 45 or higher, so premiums of £1,200 to £2,000 annually are realistic for many drivers.

Beyond fuel, tax, and insurance, maintenance costs are where this vehicle truly differentiates itself from mainstream SUVs. Annual servicing at a Land Rover specialist typically runs £400 to £600, and major items such as air suspension components, brake discs, and tyre replacements can easily add several hundred pounds per visit. Budget-conscious buyers should anticipate £1,500 to £2,500 per year in combined running costs, though this can climb significantly if any major components require attention. Given the 4.4-litre engine capacity and luxury specification, parts are correspondingly more expensive than for smaller vehicles.

The MOT history here is notably clean with no recorded defects or failures, which removes the usual data-driven inspection priorities. However, the aggregate model data highlights headlamp, tyre, and suspension arm failures as the most common MOT failure reasons across 106,439 Range Rovers analysed. Specifically inspect all headlamp alignment and lens condition, as adjustment mechanisms can seize on older examples. Tyres should be checked for uneven wear, which can indicate tracking or suspension geometry issues, and the suspension arms (particularly the front upper and lower wishbones) should be examined for play.

Beyond MOT-linked items, this 4.4 SDV8 diesel warrants close attention to its timing chain condition (listen for rattle on cold start), the turbochargers (check for excessive smoke under load), and the intercooler and boost pipes for oil residue. The air suspension system should be raised and lowered several times to confirm the compressor functions correctly and that the system holds height overnight. The eight-speed ZF automatic gearbox should be tested in all modes, including manual, and any hesitation or judder noted. Finally, inspect the bodywork thoroughly for corrosion, particularly around the tailgate, wheel arches, and under the door seals, as well as check the electric tailgate operation and all Terrain Response settings.