2003 Land Rover Rangerover 2.9L Diesel · MV53 FTT

This 2003 Land Rover Range Rover presents a significant concern regarding structural integrity and long-term corrosion management. While the vehicle passed its most recent MOT in March 2025, the history reveals a pattern of recurring, serious structural decay that has required major intervention. The trend of the vehicle's condition is concerning. Between early 2024 and early 2025, the vehicle failed multiple inspections due to advanced corrosion in the sills and sub-frames. Although the sills were welded and sealed to achieve the most recent pass, the presence of ongoing corrosion on the front sub-frame and brake components suggests that the underlying metal fatigue is persistent. The fact that the vehicle has required repeated welding suggests it is reaching a stage where structural repairs are becoming a regular necessity rather than a one-off fix. The mileage data is insufficient to draw a definitive conclusion about the vehicle's usage history. Without a clear timeline of recorded mileages, it is impossible to determine if the corrosion is a result of high-mileage wear, exposure to harsh road conditions, or extended periods of standing idle, which can accelerate rust through moisture accumulation. The primary risk here is that the vehicle is suffering from systemic corrosion that may extend beyond the areas already repaired. Welding can sometimes mask deeper issues or create new points of weakness if not performed to a high standard.