2009 Land Rover Discovery 2.7L Diesel · JM08 TSM

This 2009 Land Rover Discovery presents a mixed roadworthiness picture, defined less by outright failure and more by a recurring pattern of suspension-related advisories that have surfaced across multiple test cycles. The most recent test on 18 December 2025 was passed with no defects recorded, which on the surface suggests a stable mechanical state. However, the preceding test in January 2025 still flagged a deteriorated nearside front inner drive shaft CV boot, a lower suspension arm ball joint with slight play, and an offside front upper suspension arm with a worn pin or bush. The 2024 test compounded this picture with advisories on the offside front upper and lower suspension arm pins or bushes, the nearside rear upper suspension arm, and both rear anti-roll bar linkage pins or bushes. The 2021 test included a single failure for a damaged obligatory mirror, which is a relatively minor item rather than a structural or mechanical concern, and a re-test on the same day was passed. Across seven recorded tests since 2018, the Discovery has only failed once, but the consistency of front and rear suspension component wear being flagged at successive MOTs is a clear mechanical theme worth weighing carefully. The recorded mileage of 168,945 miles across approximately seventeen years equates to an average annual accumulation of around 9,938 miles, which is broadly typical for a vehicle of this age. There are no extended gaps in the testing record that would suggest a long period off the road, and the annual mileage appears consistent with regular use, whether for towing, family duties, or mixed road conditions. For a heavy off-road oriented vehicle like the Discovery, this kind of consistent mileage is generally accompanied by wear to suspension bushes, anti-roll bar linkages, drop links, and driveline components, all of which align with the advisory pattern observed in the MOT history. The cumulative exposure to corrosion from underbody grime, off-road use, or winter road salt is also consistent with the age and mileage profile. For a prospective buyer, the priority inspection areas are clearly the front and rear suspension assemblies. The repeated advisories for upper and lower suspension arm pins or bushes on both sides, the worn anti-roll bar linkage bushes at the rear, and the slight play noted in the nearside front lower arm ball joint together suggest that a comprehensive suspension refresh may be approaching or already overdue. On a test drive, listen for clonks or knocking noises from the front end when traversing speed bumps, driveway kerbs, or uneven road surfaces, as worn bushes and ball joints typically manifest as audible impacts and a slightly imprecise or wandering steering feel. Pay particular attention to any shimmy through the steering wheel or reluctance of the vehicle to track straight, which can indicate worn front lower arm joints. Inspect the CV boots visually for fresh grease deposits on the inner rim or suspension arm, as the deteriorated nearside front inner boot flagged in 2025 would be expected to worsen and eventually allow contamination of the joint, producing a rhythmic clicking under load when turning. The rear suspension should be checked for similar knocking over uneven surfaces, and the vehicle should be observed at standstill for any sagging at one corner, which could indicate tired coil springs. Given the age and mileage, also inspect the underbody thoroughly for corrosion, particularly around the chassis rails, subframe mounting points, brake pipes, and fuel lines, as these are common failure points on high-mileage Land Rovers and can rapidly escalate from advisory to failure if not addressed. The deteriorated CV boot should be replaced promptly to prevent joint failure, and the windscreen damage noted in 2025, while not currently obstructing the driver's view, is worth monitoring for crack propagation. Finally, the brake pads were noted as wearing thin in 2018, so the current pad and disc condition should be physically inspected for remaining material and lip wear, and a firm brake pedal with no judder under heavy application should be confirmed during the test drive.