2003 Land Rover Range Rover 2.9L Diesel · CE53 KFN

Structural corrosion and braking system integrity dominate the mechanical history of this 2003 Land Rover Range Rover, with two of the last three recorded tests failing on significant defects. The 2024-03-14 test recorded a dangerous failure for a leaking nearside front brake pipe, alongside major defects for subframe and sill corrosion at both rear mounting points and a non-effective offside wiper. Earlier, the 2023-01-28 test failed on a corroded nearside rear inner suspension mounting area, a damaged offside mirror, an inoperative horn, and an airbag warning lamp fault. The 2020-11-09 test similarly failed on excessively worn anti-roll bar ball joints at both front offside and rear nearside positions. With three failures across the last five recorded tests and a recurring pattern of structural and chassis-related deterioration, the roadworthiness record is notably poor and points to chronic wear rather than isolated incidents. Mileage accumulation of 203,061 miles over approximately 23 years equates to an average of around 8,829 miles per year, which is broadly typical for a vehicle of this age. There is a notable gap in testing history between the 2020 tests and the 2022 test, and again between early 2023 and the 2024 retest, with no recorded mileage progression across the available data to confirm whether the vehicle was in continuous use or stored between examinations. Given the heavy chassis and drivetrain components typical of this model, the recorded mileage places considerable cumulative load on the suspension, driveline, and underbody structure, which is consistent with the corrosion advisories and failures observed on rear subframes, sills, and suspension mounting areas. A prospective buyer should treat the rear underbody as the primary inspection area, given the major defects recorded on both rear subframe mountings, the outer sill, and the nearside rear inner suspension prescribed area. On inspection, look for fresh welding, underseal masking, or paint overspray on the rear chassis rails, inner sills, and suspension turrets, as these are common indications of patch repairs. Jack the vehicle and check the rear subframe to body mounting points for visible perforation, flaking rust, and any movement when the rear wheels are levered laterally. The front subframe and inner wing legs should also be examined for similar corrosion, even though these have not yet been recorded as defective. Listen for clonks or shifts from the rear suspension over speed humps, which would suggest the weakened mountings are allowing component movement under load. The braking system requires equally careful evaluation, particularly the nearside front brake pipe flagged as leaking in 2024. Inspect all visible brake lines, particularly along the chassis rails and under the bonnet, for corrosion, weeping joints, or previous repairs using non-OE copper or steel pipe. The 2022 advisories noted front brake pads wearing thin, rear brake discs pitted and scored at both sides, and a slight play in the nearside front lower suspension arm ball joint, so check for any remaining pedal sponginess, pulling under heavy braking, or vibration through the steering wheel. On a test drive, pay particular attention to steering wander and any knocking from the front anti-roll bar links, as these were recorded as excessively worn in 2020. The supplementary restraint system warning lamp fault from 2023 should also be confirmed clear via a diagnostic read, as airbag circuit faults frequently recur. Finally, verify the oil leak noted in 2020 has not worsened, and inspect the undertray and sump area for fresh oil residue before purchase.