LAND ROVER DISCOVERY1995 · 2.5L DIESEL

The roadworthiness of this vehicle is highly questionable due to a complete lack of testing data for the past twelve years. The last recorded test occurred in July 2014 at 146,668 miles, meaning the vehicle has not undergone an MOT inspection since. Prior to that final entry, the maintenance trend was worsening, as evidenced by a significant failure in July 2014 involving critical structural corrosion and braking defects that were only partially addressed to secure a pass a week later. The mileage pattern is exceptionally low for a 31-year-old vehicle, averaging approximately 4,700 miles per year. Between July 2012 and July 2014, the car covered only 5,634 miles. While low mileage suggests reduced wear on the drivetrain and engine, it often indicates long periods of inactivity, which frequently leads to the degradation of rubber components, brake seals, and fluid chemistry. The decade-long gap following the 2014 test makes the current state of all mechanical and safety systems entirely unknown. A buyer must conduct a rigorous structural inspection of the chassis and rear suspension mounting points. The 2014 failure record identified excessive corrosion affecting the strength of the offside rear body and chassis, alongside corroded nearside suspension mounting areas. These are structural risks that typically deteriorate rapidly if not professionally treated. Particular attention should be paid to the rear seat belt anchorages, which were flagged for excessive corrosion in 2013, to ensure they have not compromised passenger safety. The braking system shows a history of poor parking brake efficiency and inadequately clipped pipes. Given the age and the likely period of dormancy, the calipers, discs, and cylinders are likely seized or corroded. The 2014 record also noted a distorted wheel rim and taped rear arches, suggesting a history of cosmetic repairs over body damage. Without a recent MOT and a comprehensive mechanical survey, the vehicle represents a significant mechanical and structural risk.