2013 Land Rover Defender 2.2L Diesel · RA05 DAD

The vehicle is currently roadworthy with a stable maintenance trend following a period of persistent recurring mechanical issues. The most recent test conducted in September 2025 at 75,628 miles recorded no defects, suggesting that previous concerns regarding leaks and corrosion were addressed. However, the history reveals a long-standing pattern of oxidation and fluid leaks that required consistent intervention to maintain a passing MOT status. At 13 years old with 75,628 miles, the Defender has covered significantly less mileage than its age, averaging approximately 5,800 miles per year. This low usage profile is evident in the gaps between tests, such as the 7,300-mile interval between July 2019 and August 2020. While low mileage generally reduces wear on the drivetrain and engine, the infrequent use typical of such vehicles often leads to the degradation of rubber components and the accumulation of corrosion on metalwork, which is consistent with the recorded findings. A buyer must focus their physical inspection on the braking lines and suspension geometry. The record repeatedly flagged corroded front and rear brake pipes from 2018 through to 2024, indicating a vulnerability to rust or a lack of protective treatment on the lines. Furthermore, the tester identified worn suspension arm bushes, track rod ends, and shock absorber bushes frequently between 2020 and 2022. These components should be checked for renewed play or perished rubber that may return despite the low overall mileage. The history also notes a persistent front oil leak from the differential that appeared almost every year since 2018. While the tester consistently classified this as not excessive, the longevity of the leak suggests a weeping seal or gasket that has been monitored rather than fully permanently replaced. Given the history of brake pipe corrosion, a thorough check of the chassis for structural integrity is necessary to ensure that the rust affecting the fluid lines has not compromised the frame of the vehicle.