2003 Land Rover Range Rover 2.9L Diesel · CF03 XAL

A clean two-test MOT history on this 2003 Land Rover Range Rover, with passes recorded in June 2022 and June 2023, points to a vehicle that has met minimum roadworthiness standards without any advisories or failures being logged against it. That said, the absence of recorded defects on a 23-year-old Range Rover is an unusual outcome and warrants healthy scepticism rather than complacency, particularly given the model's well-documented susceptibility to corrosion in structural areas, air suspension wear, and electrical gremlins that frequently surface between tests. The latest pass from 1 June 2023 is now over three years out of date at the time of this assessment, meaning the car has had no statutory mechanical inspection for an extended period, and any deterioration in components such as the air struts, corner-linked suspension arms, or underbody seams will not be reflected in the official record. The mileage profile shows 198,805 miles accumulated across roughly 23 years of life, which works out to around 8,600 miles annually and sits broadly in line with typical usage for a vehicle of this age. There is a notable one-year testing interval between the 2022 and 2023 entries with no recorded mileage change shown in the data, and no MOT entries at all between mid-2023 and the present, leaving a significant gap in which mechanical condition could have shifted considerably without oversight. For a Range Rover, an annual average of this magnitude combined with the absence of advisory data means consumables such as brake discs, pads, and suspension bushes will almost certainly have been replaced multiple times, and any genuine assessment of current condition must rely on physical inspection rather than the MOT history alone. Given the model's known failure points, particular attention should be paid to the air suspension system on a test drive. Listen for the compressor running excessively after the vehicle has been left overnight, and watch for the car sitting noticeably lower on one corner when cold, as failed air struts or a tired compressor are extremely common on this generation. On the move, any knocking or clonking from the front over uneven surfaces is likely to indicate worn front suspension components such as the height sensor linkages, anti-roll bar drop links, or upper and lower wishbone bushes, all of which degrade steadily with age and mileage. Steering should be checked for vagueness or a slight delay on turn-in, which can point to wear in the steering box or the drag link assembly. The underbody and structural condition of any Range Rover of this age deserves close scrutiny, ideally with the vehicle raised on a ramp. Look for advanced corrosion on the rear crossmember, outriggers, sills, and around the jacking points, as these areas are notorious for hidden rust even on vehicles that pass their MOT, and surface corrosion can quickly mask more serious perforation. Brake feel should be firm with no significant judder or pull under hard stopping, which would indicate warped front discs, and the pedal should not feel spongy, suggesting any corrosion in the brake lines or flexible hoses has not yet reached a critical stage. A thorough scan for diagnostic trouble codes is also strongly recommended, as the Range Rover of this era is prone to electrical faults affecting the body control module, instrument cluster, and transfer box, none of which would be visible in an MOT history but could prove costly to remedy after purchase.