2006 Land Rover Defender 2.5L Diesel · 70 DJM

The vehicle is currently roadworthy but the maintenance history indicates a pattern of reactive rather than proactive repairs. While the Defender passed its most recent test in February 2026 at 127,980 miles, the record shows a persistent exhaust leak that has been flagged since at least September 2024. The trend suggests that major mechanical failures related to the steering box and axle swivel pins were addressed in late 2024, yet the minor exhaust defect remains unresolved despite multiple subsequent tests. The recorded mileage of 127,980 miles over twenty years averages to approximately 6,400 miles per year, which is consistent with light use for a Land Rover Defender. However, there is a significant data discrepancy between August 2023 at 127,740 miles and September 2024 at 123,408 miles. This negative mileage jump of over 4,000 miles suggests either a clerical error or an odometer rollback, which requires immediate verification to ensure the integrity of the vehicle's service history. A physical inspection must focus heavily on the drivetrain and steering components which have previously shown failure. The 2024 failure highlighted an excessively worn rear prop shaft universal joint and worn nearside front axle swivel pins, areas that should be checked for renewed play or grease leakage. Because the steering box was previously noted as leaking to the point of dripping, the buyer should inspect for fresh fluid around the steering column and mounting housing to ensure the repair was effective rather than merely cosmetic. Given the recurring mention of non-excessive oil leaks and the persistent exhaust leak, the engine bay and chassis should be examined for corrosion and structural integrity. The nearside rear wheel bearing noted for having slight play in 2024 must be re-tested to ensure the condition has not worsened. While the vehicle appears to be functioning, the history of multiple mechanical failures in the steering and suspension suggests the vehicle is entering a phase where frequent component replacement will be likely.