2017 Land Rover Discovery 2.0L Diesel · OV17 DWM

The vehicle most recently passed its MOT on 9 April 2026 with no advisories or defects recorded, representing a continuation of an unbroken run of passes across all eight tests in the documented history. With the sole exception of a single advisory in September 2023 concerning an offside front tyre approaching the legal tread limit, the record is entirely clean of defects, advisories, or warning notices. This pattern strongly suggests that the vehicle has been conscientiously maintained and subjected to prompt remedial action between tests, indicating a stable and well-cared-for maintenance trend rather than any deterioration or neglect. Annual mileage stands at approximately 6,452 miles, which is broadly typical for a nine-year-old vehicle and suggests regular but not exhaustive use. There are no significant gaps in the MOT testing record, which implies continuous road use rather than long periods of standing, though the relatively modest annual figure means the vehicle has not been subjected to the heavy wear typically associated with high-mileage examples. For a Land Rover Discovery of this age and mileage, this kind of usage is generally favourable, as components such as the timing chain, turbocharger, and automatic transmission are less likely to have been stressed by sustained high loads. However, Land Rovers of this era are complex vehicles with sophisticated electronics, air suspension systems, and terrain response components that benefit from regular exercise to keep seals, pumps, and actuators in good working order, so the average usage should not be interpreted as inherently protective. Given the largely clean MOT history, the principal inspection priorities for a prospective buyer relate to age-related deterioration rather than recorded defects. Tyres should be examined closely for sidewall perishing and cracking, which can occur on low-mileage vehicles simply due to the age of the rubber compound; check the production date on the sidewall and reject any tyres over six years old regardless of remaining tread depth. The air suspension, where fitted, is a known wear point on the Discovery and should be observed raising and lowering both at ignition on and after a short drive, listening for compressor cycling, air leaks, or uneven corner settling. Brake discs and calipers can suffer from standing corrosion even on regularly used vehicles, so inspect the discs for lipping or surface rust beyond light oxidation, and verify that the caliper sliders are free by checking for uneven pad wear. The 12V auxiliary battery, which powers the onboard electronics and convenience systems, commonly fails between five and seven years of age, so its condition and state of charge should be verified before purchase. Beyond the mechanical elements, attention should also be directed towards the time-scheduled service items that do not form part of the MOT test but are critical to long-term reliability. Brake fluid is hygroscopic and should be replaced every two years regardless of mileage, so verify when this was last changed, along with the engine coolant, which in many Land Rover applications has a long-life specification but should still be inspected for condition and concentration. The automatic gearbox fluid, transfer box oil, and front and rear differential oils all have calendar-based replacement intervals on these vehicles, and any missing service history in these areas should be treated as a negotiating point or a prompt for immediate attention. A test drive should include varied road surfaces to listen for any suspension clonks or knocks from the front and rear bushes, particularly at low speed over speed humps, and the infotainment, electronic parking brake, and tailgate operation should be exercised fully to confirm the electrical systems are functioning as intended. If the full service book history cannot be produced, an independent inspection by a Land Rover specialist prior to purchase would be strongly advisable given the complexity and ownership costs associated with this model.