2008 Land Rover Discovery 2.7L Diesel · MB08 RAY

The most recent MOT, carried out on 24 April 2024, was passed with no recorded defects, indicating that the vehicle presently meets the statutory safety and emissions standards. Over the eight‑year MOT window the car has consistently passed, with only advisory items noted in 2017, 2020 and 2022; there have been no failures or deteriorating defect trends, suggesting that the overall maintenance regime has been stable, albeit with a few components that merit closer scrutiny as they age. At 100,389 miles on a 2008 Discovery the average annual mileage works out at roughly 5,600 mi per year, which is well below the typical 8‑10 000 mi benchmark for a vehicle of this age. The low utilisation points to periods of light use or extended stationary storage, which can be as consequential as high mileage in terms of component wear. While the reduced wear on wear‑items such as brake pads and clutch discs is a benefit, prolonged inactivity can lead to rubber hardening, corrosion of brake discs, and the development of moisture‑related issues in the drivetrain and suspension bushings. Prospective buyers should give particular attention to the items flagged by the MOT advisories. The central rear prop‑shaft flexible coupling, noted as slightly deteriorated in 2022, should be inspected for any looseness, vibration or metallic rattling under acceleration and when the vehicle is in gear but stationary. The steering column top bearing, flagged in 2020, may produce a subtle hum or looseness in the steering feel if it is advancing towards wear; a test‑drive should include a straight‑line pull‑away and gentle left‑right sweeps to detect any judder. Rear lower arm bushes, also mentioned in 2020, can manifest as clunking over bumps or a vague looseness in rear wheel tracking; visual inspection for cracked rubber and excessive play is advisable. Finally, the near‑side front lower power‑steering component with slight seepage noted in 2017 should be examined for fluid leaks around the rack gaiter and for any loss of steering assist pressure, especially under hard cornering. Beyond the specific advisories, the vehicle’s age and low mileage warrant a thorough age‑related examination. Check all tyre sidewalls for cracking, dry rot or hardening, as rubber can degrade even on low‑kilometre tyres that have been stored for long periods. Inspect the 12‑volt battery for sulphation and verify its cranking voltage; a battery older than ten years often needs replacement regardless of use. Examine the brake discs for surface rust, scoring or uneven wear that can cause shudder, and ensure the calipers move freely without binding. Verify that all engine and transmission fluids have been changed within the recommended calendar intervals, looking for dark, gritty oil or coolant that may have deteriorated while the car sat idle. Finally, scan the under‑carriage for rust, especially around the chassis rails, rear subframe and exhaust system, and confirm that the engine covers, under‑trays and sill covers are correctly fitted and sealed to prevent water ingress. Addressing these points will give a clear picture of the Discovery’s mechanical soundness and any imminent maintenance that may be required.