1995 Land Rover Discovery 2.5L Diesel · M721 CWK

The 2026 MOT test on 2 June resulted in a pass, which is a positive outcome, however two advisories were recorded for corrosion around the middle body mountings on both the offside and nearside as well as corrosion on the offside rear inside chassis rail. Looking back over the recent history, the trend is one of progressively worsening structural advisories. The 2024 and 2023 tests were entirely clean with no defects or advisories recorded, the 2022 test introduced a rear body mount corrosion advisory, the 2025 test escalated this to a nearside rear vehicle structure corrosion advisory citing the relevant 6.1.1 (c) (i) category, and the 2026 test has now expanded the corrosion concerns to multiple body mount locations plus a chassis rail. This clearly escalating pattern indicates that structural corrosion is an active and ongoing issue which will require professional attention sooner rather than later. The recorded mileage of 191,215 miles over approximately 31 years equates to an average annual usage of around 6,168 miles, which is broadly typical for a vehicle of this age. There are no obvious significant gaps in the MOT record to suggest long periods of standing, and the steady accumulation suggests regular use. For a Land Rover Discovery of this vintage and mileage, mechanical wear is to be expected on items such as suspension bushes, shock absorbers, coil springs, brake discs and pads, drivetrain mounts and exhaust components, particularly given the typical off-road or towing duties these vehicles are often subjected to. The relatively high absolute mileage places this vehicle in a category where major mechanical refurbishments may already have been carried out, or where they may be imminent. Given the recurring corrosion advisories across multiple MOT tests, this is the single most important area for a prospective buyer to investigate thoroughly. On inspection, examine the middle body mounting areas for bubbling paint, surface scale and any perforation through the metal, particularly where the chassis meets the body tub, as these are classic rust hotspots on the Discovery. Check the rear chassis rails and outriggers for similar degradation, ideally with the vehicle on a ramp for a proper underside view, paying close attention to structural members that support the rear suspension and body mounts. On a test drive, listen for any suspension clunks or rattles over uneven surfaces which could indicate worn bushes, loose mountings, or compromised structural integrity, and feel for any vagueness in the steering or wandering behaviour that could point to weakened mounting points. Additionally, inspect the inner wings, sills, floor pans and the rear crossmember, as corrosion tends to spread from one area to adjacent panels on these vehicles. Beyond the corrosion concerns, a 31 year old vehicle with this mileage warrants thorough inspection of age and wear related items regardless of MOT history. Examine the tyres closely for sidewall cracking and perishing even if the tread depth appears adequate, as old rubber degrades chemically with age. Check the brake discs for lipping and surface corrosion and verify that the calipers are not binding, particularly if the vehicle has stood for extended periods. Test the condition of the 12 volt battery as this will have suffered from repeated discharge cycles and cold weather drain, and confirm the date of last replacement. Service records should be scrutinised to verify recent replacement of age-sensitive fluids including coolant, brake fluid, power steering fluid and gear oils, as these all degrade with calendar age rather than purely mileage. Finally, a compression test or leak down test on the engine is advisable given the mileage, and the condition of the cooling system hoses, radiator, and timing belt or chain should be verified as failure of any of these could result in significant repair costs.