2003 Land Rover Range Rover 2.9L Diesel · WV53 HFE

The vehicle presents a concerning roadworthiness profile with a worsening trend of recurring mechanical failures and structural degradation. While it passed its most recent test in February 2025 at 209,948 miles, this followed a failure at the same mileage due to an ABS fault, steering rack play, and thin brake pads. The history shows a consistent pattern of reactive maintenance rather than preventative care, as components are often only addressed after they reach a point of legal failure during the annual inspection process. At 209,948 miles over 23 years, the Range Rover has averaged approximately 9,128 miles per year. This rate of use is consistent with typical usage for a vehicle of this age, yet the high mileage has placed significant stress on the chassis and drivetrain. Between February 2021 and February 2025, the vehicle covered over 33,000 miles, a period which saw multiple failures related to suspension arms, ball joints, and brake systems, suggesting the vehicle is now entering the end of the service life for many heavy-duty components. A buyer must prioritize a thorough physical inspection of the structural integrity and braking system. The record repeatedly flags corrosion on the rear integral body structure around jacking points and the rear sub-frame; while these were not yet marked as structural failures, the persistent oxidation is advancing. The presence of corroded brake pipes covered in grease is a red flag, as grease is often used to hide active corrosion from the tester. Furthermore, the recently noted play in the steering rack inner joints indicates a potentially expensive repair that may be imminent. The suspension geometry shows a history of chronic wear, with worn bushes, deteriorated ball joints, and failing arms appearing in almost every test since 2017. The buyer should verify if these components have actually been replaced with high-quality parts or if the vehicle is simply being patched up minimally. Given the recurring issues with parking brake efficiency and seat belt anchorage corrosion, this vehicle represents a high-risk purchase that requires significant capital investment to ensure it remains reliable and safe for the long term.