2009 Land Rover Discovery 2.7L Diesel · AV09 HZX

The most recent MOT record for this Land Rover Discovery indicates a pass, but the historical data reveals a pattern of recurring mechanical concerns and structural degradation that suggests a maintenance trend of high-frequency, reactive repairs rather than proactive upkeep. While the vehicle has managed to pass recent tests, the history is punctuated by significant failures involving critical systems such as the electronic parking brake, suspension warning lights, and lighting malfunctions. The presence of long-standing advisories regarding brake pipe corrosion and structural rust suggests that while the vehicle remains roadworthy in the short term, there are underlying issues of oxidation and component decay that have persisted across multiple testing cycles. With a recorded mileage of 274,678 miles over approximately 17 years, this vehicle has been driven at an average rate of roughly 16,000 miles per year. This is considered high mileage for a vehicle of this age and indicates heavy, consistent usage. Such extensive mileage places considerable strain on all major mechanical assemblies, particularly the drivetrain, suspension, and steering systems. For a Land Rover of this era, high mileage increases the probability of fatigue in rubber components, such as CV boots and suspension bushes, and accelerates the wear of internal engine and gearbox components. The buyer should expect that many high-wear consumables will be approaching the end of their service life or will require imminent replacement. Prospective buyers must pay close attention to the documented history of corrosion and fluid-related issues. The recurring advisories regarding corroded central rear brake pipes and general structural corrosion are significant; you should inspect the underside of the vehicle for heavy scale or bubbling on the chassis and subframes. During a test drive, listen for any unusual clunks or knocks from the suspension, as previous advisories noted worn lower suspension arm bushes. Furthermore, the history of power steering fluid being near minimum levels suggests a potential leak in the steering rack or hoses, so check for any fluid weeping around the steering components or a heavy, unresponsive feel through the steering wheel. The electronic parking brake and suspension warning light failures are particularly noteworthy, as these can indicate expensive sensor or actuator faults common in this model. Ensure the electronic parking brake engages and disengages smoothly without grinding noises or error messages on the dashboard. Given the high mileage and the history of lighting failures, verify that all bulbs and the registration plate illumination are fully functional. You should also inspect the condition of the CV boots, as the record shows previous deterioration, and check the brake discs for excessive thinning or scoring. Due to the age and mileage, a thorough review of the service history is essential to confirm if major items like the timing belt, water pump, and differential fluids have been addressed.