2009 Land Rover Discovery 2.7L Diesel · AJ09 CFG

The vehicle is currently roadworthy, showing a maintenance trend that appears improving following a period of significant mechanical concern. The most recent test in November 2023 at 148,699 miles passed with no new advisories, noting that the underbody and components had been treated with sealant and the engine tray was fitted. This suggests a proactive attempt to address the ongoing corrosion andので issues that characterized the previous two years. At 148,699 miles, the vehicle has averaged approximately 8,747 miles per year over its 17-year lifespan, which is consistent with typical light road use. There is a notable gap in records between July 2019 (127,694 miles) and March 2021 (142,380 miles), covering over 14,000 miles in 20 months. Since then, the mileage has remained steady, though the high-mileage nature of the vehicle places significant stress on rubber components and hydraulic lines. A buyer must conduct a thorough physical inspection of the braking and suspension systems, as these were recurring areas of failure. Between 2021 and 2022, the records consistently flagged corroded enough pipes and hoses, along with a binding offside rear service brake. While the 2023 test suggests these were addressed, the buyer should verify that the corrosion has not progressed and that the brake calipers are operating freely. Furthermore, the front suspension arm bushes and track rod ends were identified as worn or damaged in 2021 and 2022, necessitating a check for play or uneven handling. The structural integrity of the underbody remains a primary point of interest given the 2022 advisory regarding a corroded rear suspension component. Although the 2023 report indicates the use of black sealant to cover the underbody, an expert inspection should focus on the quality of this protection to ensure it is not masking deep structural rust. Given the vehicle's age and recorded history, the condition of the chassis and the hydraulic lines are the most critical factors for long-term roadworthiness.