2007 Land Rover Discovery 2.7L Diesel · SA07 RZP

The most recent MOT, carried out on 24 August 2026, was passed but returned several advisories concerning structural corrosion, a slight power‑steering fluid seep from the rack, play in the steering‑rack inner joints and marginal play in the rear lower‑arm bushes. Over the preceding three years the vehicle has oscillated between passes and failures, with major failures recorded for sub‑frame corrosion, parking‑brake efficiency, seat‑belt release, lighting faults and tyre condition. Although the latest result shows the most serious defects have been rectified enough to achieve a pass, the persistence of multiple advisories indicates the maintenance trend is only marginally improving and the underlying corrosion and wear issues remain unresolved. At 159,145 mi the Discovery averages roughly 8,400 mi per annum, a usage pattern that is typical for a 2007 model. The mileage does not suggest any periods of extreme abuse, but the relatively low annual distance also implies the vehicle may have spent considerable time stationary, which can accelerate corrosion of chassis members and promote fluid degradation. The recorded mileage aligns with the wear observed on tyres and suspension components, and it is consistent with the need for age‑related servicing rather than solely mileage‑driven replacement. A prospective buyer should give particular attention to the rear sub‑frame mounting areas, which have been flagged repeatedly for excessive corrosion that reduces structural strength. Inspect the chassis rails for rust penetration, especially around the mounting points, and look for any signs of paint blistering or flaking that could indicate hidden decay. On a test drive, feel for any looseness or clunking when applying steering inputs or when traversing bumps, as play in the steering‑rack inner joints and rear lower‑arm bushes can manifest as vague steering feel, uneven tyre wear or a knocking sensation. Verify that the power‑steering fluid level remains stable and that there is no fresh fluid on the rack or under the engine bay, which would confirm the reported seepage. The parking brake, which failed a year ago with less than 50 % efficiency, should be tested for firm hold and gradual release; a weak or spongy pedal may indicate worn shoes or a failing actuator. Additionally, confirm that all exterior lighting – especially the front indicators, rear fog lamp and seat‑belt warning – operates correctly, and that the fuel‑tank mounting corrosion has been remedied, as a compromised mount can lead to fuel‑system stress. Given the vehicle’s age, the buyer should also conduct a thorough visual and tactile inspection of the tyres, noting side‑wall cracking, tread age (ideally less than six years) and any uneven wear that could be linked to the previously noted bush and ball‑joint play. Check the 12 V battery for sulphation and verify that it holds charge under load, as prolonged standing can diminish capacity. Examine the brake discs for surface rust, scoring or glazing, and ensure the calipers move freely without binding – a common issue on vehicles that have been idle for extended periods. Finally, confirm that all fluid reservoirs (engine oil, coolant, brake fluid and power‑steering fluid) have been changed within the recommended calendar intervals, as fluid breakdown over time can lead to seal failure and further corrosion. A comprehensive pre‑purchase inspection covering these points will reveal whether the remaining advisories are merely cosmetic or indicative of deeper mechanical deterioration.