2009 Land Rover Discovery 2.7L Diesel · YP59 CPU

The 2026 MOT test on 13 April returned a pass, although an advisory was issued regarding the offside rear tyre being worn close to the legal limit and presenting with edge wear. Reviewing the broader DVSA history, the maintenance trend is broadly stable but with a gradual accumulation of wear-related advisories in the more recent tests. Between 2020 and 2022 the vehicle passed without any recorded defects, but the 2024 and 2026 examinations have introduced a small cluster of advisories relating to tyres, suspension components, brake condition, and minor fluid seepage. This pattern is entirely consistent with a heavy 4x4 of this age and mileage accumulating wear across its consumables and chassis components, but there is no immediate evidence of structural deterioration, major mechanical failures, or escalating safety concerns. With 135,619 miles recorded over a 17-year life, this Discovery has averaged roughly 7,978 miles annually, which sits comfortably within the typical usage bracket for a vehicle of its type and vintage. The annual accumulation is moderate rather than severe, meaning the engine, gearbox, and drivetrain have not been subjected to excessive high-mileage fatigue. However, even at average mileage, a Land Rover Discovery of this era is expected to show wear in known weak points such as suspension bushes, front lower arms, rear brake discs, and air suspension components if fitted. There are no significant gaps in the MOT record suggesting long periods of standing, which is reassuring, as prolonged inactivity often accelerates corrosion and seals degradation on these vehicles. A prospective buyer should pay particular attention to the advisories recorded in recent tests, as several suggest developing wear that could soon require remedial work. The 2024 advisory concerning the nearside front suspension arm pin or bush indicates that the front suspension geometry should be inspected carefully on a test drive; listen for knocking or clonking noises over speed humps, uneven or feathered tyre wear across the front axle, and vague or wandering steering response. The 2024 advisory also noted a slight oil leak and front brake disc pitting or scoring, both of which merit further inspection. On the test drive, observe whether the brakes pull to one side, whether there is any vibration or shudder through the brake pedal or steering wheel under firm stopping, and visually check for any fresh oil residue around the engine sump, rocker cover, or transfer box area. Brake disc corrosion on the surface is normal, but deep lipping at the outer edge of the disc indicates the discs are nearing their wear limit and may soon require replacement. Given that all four tyres were flagged for edge wear in 2024 and the offside rear tyre was again noted in 2026, a full set of quality tyres should be anticipated as an imminent cost. Land Rover Discoveries are prone to uneven tyre wear, particularly if suspension geometry is out of alignment, so a four-wheel alignment check is advisable alongside any tyre replacement. Beyond the recorded advisories, age-related items warrant attention during a physical inspection. Check the sidewalls of all tyres for cracking or perishing regardless of tread depth, as rubber degrades with age regardless of mileage. Inspect the 12V battery, which on a vehicle of this age will typically be approaching the end of its service life and may struggle in cold weather. Examine the brake calipers for signs of seizing, as standing corrosion can cause binding that leads to uneven pad wear and elevated fuel consumption. Verify the service book history to confirm that brake fluid, coolant, and transmission fluids have been refreshed in line with calendar-based intervals, as these degrade with age irrespective of use. Undertake a thorough test drive including low-speed manoeuvring, high-speed stability, and engagement of four-wheel-drive systems if accessible, listening for any undue clunks, rumbles, or drivetrain vibration that could indicate wear within the propshaft, differentials, or transfer box.