2003 Land Rover Range Rover 2.9L Diesel · LC53 CKL

The vehicle most recently passed its MOT test on 3 December 2025, continuing an unbroken sequence of pass certificates stretching back through the recorded history. The overall maintenance trend can be regarded as broadly stable, though a close reading of the advisories reveals a pattern of chronic, recurring issues rather than isolated incidents. Most notably, the rear sub-frame corrosion advisory has appeared consistently from 2020 onwards, alongside intermittent engine oil leaks and periodic tyre wear advisories. While none of these observations have yet escalated to a test failure, the repetition of the same defect categories year after year suggests areas requiring sustained attention and progressive remediation by the owner. Recorded mileage stands at 254,852 miles on a 2003 model, equating to roughly 11,081 miles per year over the vehicle's 23-year life. This is broadly typical for a vehicle of this vintage, but the absolute mileage is substantial and carries meaningful implications for major mechanical components. High-mileage Range Rovers of this generation commonly experience wear within the air suspension struts and compressor, EAS valve block degradation, automatic transmission torque converter and valve body fatigue, and front/rear differential bearing noise. The recorded MOT tests show no significant mileage gaps or unusual jumps, indicating the vehicle has been in regular use rather than left standing for extended periods. The relatively even accumulation is reassuring from a seals-and-hoses perspective, as prolonged standing often accelerates perishing of rubber components and corrosion of brake discs, whereas sustained running keeps lubricants circulated and seals generally better lubricated. The most significant recurring advisory is the rear sub-frame corrosion, first flagged in 2021 and noted every year since. Sub-frame corrosion on a Range Rover of this age is a serious structural concern because it carries the rear suspension pickup points and is integral to vehicle rigidity and crashworthiness. On inspection, the buyer should jack the vehicle safely and examine the sub-frame thoroughly for flaking, perforation, or distortion around mounting points, paying particular attention to the outboard sections where road salt typically accumulates. It is also worth carefully inspecting the front sub-frame, sill closing panels, jacking points, and rear chassis outriggers, as these are known corrosion hotspots on the P38 and early L322 platforms and corrosion frequently migrates between adjacent structural members. A borescope inspection or thorough undertray removal during a specialist pre-purchase inspection would be strongly advisable. The recurring engine oil leak advisories, noted at the front and central rear of the engine in 2020 and at the engine generally in 2021, warrant specific attention. On the test drive, the buyer should listen for any ticking from the timing cover area, observe for fresh oil staining on the underside after the vehicle has been running, and check for excessive oil consumption between services by reviewing the service book stamps. The offside rear brake disc wear advisory from 2024 is also worth probing, as it may indicate either a binding caliper, worn pad material, or simply wear from high mileage; during the test drive, listen for any brake shudder or pulsation through the pedal under firm application. Given the overall age and mileage, the buyer should additionally verify the condition of the 12V battery, the age and integrity of the timing belt and tensioners if petrol, the coolant and transmission fluid change history, the EAS compressor operation and air spring integrity, and the condition of all four tyres including sidewalls for age-related perishing regardless of tread depth. A comprehensive inspection by a Land Rover specialist is strongly recommended before purchase, given the known long-term durability concerns specific to this model range.