2006 Land Rover Discovery 2.7L Diesel · HT06 ABV

Corrosion of braking components and recurring failures in suspension and steering linkages define the mechanical profile of this Land Rover Discovery. While the most recent test on 18 December 2025 resulted in a pass, the record shows a pattern of significant mechanical deterioration, including a dangerous failure for tyre tread depth in late 2024 and major failures regarding the prop shaft bearing and rear suspension arm ball joints in December 2025. The trend indicates persistent issues with structural and moving components, specifically revolving around the degradation of brake pipes, suspension bushes, and steering rack joints, which have appeared as recurring advisories or failure points across multiple testing cycles. The vehicle has covered 135,374 miles over approximately 20 years, representing an average annual usage of roughly 6,769 miles. This mileage is typical for a vehicle of this age and suggests a consistent, moderate usage pattern rather than heavy commercial use or long periods of stationary storage. Mechanically, this level of accumulation is consistent with the wear observed in the recorded MOT history, particularly regarding the degradation of rubber bushes, ball joints, and the gradual corrosion of metal brake lines and sills. A prospective buyer should pay close attention to the underside of the vehicle, specifically the sills and rear suspension architecture. The history shows repeated advisories for corrosion on the outer sills and underside, alongside worn suspension arm bushes and corroded rear backing plates. During a test drive, listen for knocking or clunking sounds when traversing uneven surfaces or bumps, which could indicate that the previously flagged suspension arm ball joints or bushes have not been fully rectified or are nearing a new state of failure. Additionally, the recent advisory regarding corroded rear brake pipes covered in grease warrants a close visual inspection to ensure the integrity of the hydraulic lines is not compromised by hidden oxidation. Steering precision and braking performance are also critical areas for evaluation based on the documented history of steering rack joint play and pitted brake discs. On the road, check for any wandering or pulling sensation through the steering wheel, which may indicate ongoing issues with the inner steering linkage or rack joints that have failed in previous tests. The braking system should be monitored for any judder or vibration through the pedal, given the recurring advisories for worn, pitted, or scored rear brake discs. Any unevenness in braking or a pulling sensation to one side should be treated as a sign of binding calipers or uneven disc wear.