2009 Land Rover Freelander 2.2L Diesel · DA59 FLR

The most recent MOT, conducted on 19 December 2025 at 138,104 miles, resulted in a pass, but the record reveals a maintenance pattern that is inconsistent rather than steadily improving. The vehicle failed the previous day at the same mileage due to a worn nearside rear anti-roll bar linkage ball joint, a split nearside front outer CV boot, slight play in the nearside front wheel brake binding, and parking brake inefficiency. All of these were rectified within twenty-four hours, suggesting reactive repairs rather than proactive servicing. The pass certificate itself still carries three structural advisories. Rear subframe mounting corrosion, front suspension component corrosion, and offside windscreen damage were noted as not excessive or not affecting the driver's view, yet they remain unresolved. A buyer should treat this MOT as a snapshot of a vehicle that has had immediate faults fixed but still carries underlying age-related deterioration. The mileage progression is broadly linear and typical for a seventeen-year-old vehicle. In the December 2024 test at 133,614 miles, the annualised rate sits close to 8,000 miles per year. The jump from 129,018 miles in December 2023 to 133,614 miles a year later represents roughly 4,600 miles of use, and the subsequent climb to 138,104 by December 2025 adds another 4,490 miles. There are no dramatic gaps or sudden spikes that would suggest long-term storage or severe overuse. The annual testing cadence has been consistent since at least 2023, which provides a reliable data trail, but the mileage alone does not reveal how well the vehicle was driven or maintained between tests. Corrosion is the most persistent theme across the record. Rear subframe mounting corrosion appeared in the December 2025 pass, was flagged again in the December 2025 fail, and traces back to the December 2023 test where rear inner sills were described as corroded and weak. Front suspension corrosion also surfaced in both December 2025 entries. These are not isolated advisories. They point to a vehicle that has spent significant time exposed to moisture and road salt without adequate underbody protection. A buyer should inspect the rear subframe mounts, inner sills, and front suspension mounting points in person, using a torch and probe, to determine whether surface corrosion has progressed into structural weakness. The mechanical faults that caused the December 2025 failure, a worn anti-roll bar linkage ball joint, a split CV boot, a loose driveshaft securing bolt, and a binding parking brake, are all consistent with a vehicle that has not had its drivetrain or braking components inspected between annual MOTs. The December 2023 failure also flagged a split nearside front CV boot and a loose driveshaft bolt, meaning the same area of concern has recurred across multiple years. Brake discs and pads were noted as worn and pitted in 2023, and rear pads were wearing thin. Any in-person inspection should focus on the condition of all four brake discs and pads, the integrity of both inner and outer CV boots, the tightness of driveshaft bolts, and the operation of the parking brake linkage. The repeated appearance of these faults suggests a vehicle that has been run to failure rather than maintained on a preventive schedule.