1996 LAND ROVER DISCOVERY2.5L DIESEL

The vehicle's MOT history shows a worsening trend in structural and mechanical condition, ending with a significant number of advisories in its most recent recorded test. While the 2016 test at 124,624 miles resulted in a pass, the tester flagged multiple instances of corrosion across the nearside and offside front and rear suspension component mountings and the inner sills. The presence of corroded brake pipes on both the nearside and offside rear also indicates that surface oxidation is beginning to affect critical hydraulic lines. The recorded mileage of 124,624 miles reflects a very low annual average of approximately 4,154 miles over the vehicle's lifespan. However, the MOT data becomes increasingly sparse after 2016, and there are no recorded tests between 2016 and the current date of June 2026. This ten-year gap in documentation is a significant concern, as long periods of inactivity often exacerbate the corrosion issues noted in the 2016 inspection and can lead to perished rubber components or seized mechanical parts. A prospective buyer must conduct a thorough physical inspection of the chassis and sills to determine if the corrosion noted in 2016 has progressed into structural failure. The 2014 test specifically flagged a corroded front cross member, which is a critical structural component on this model. You should also inspect the brake system thoroughly, specifically looking for signs of heavy scaling on the brake pipes and the condition of the discs, which were already showing pitting and scoring at 124,624 miles. The history of oil leaks in 2013 and 2014, alongside power steering seepage in 2012, suggests a pattern of fluid loss that requires immediate verification. Given the age and the low-mileage usage pattern, check for perished seals, cracked hoses, and the integrity of the suspension mountings. The transition from a clean 2011 test to multiple structural and braking advisories by 2016 indicates that the vehicle is entering a phase of accelerated age-related deterioration.