2017 Land Rover Discovery 3.0L Diesel · 999 EBL

A 2017 Land Rover Discovery of this vintage and mileage presenting a fully clean MOT history across five consecutive tests, including the most recent pass recorded on 11 February 2026 with no advisories or defects noted, is an uncommon outcome for this model. The Discovery Sport and full-size Discovery platforms from this era are well documented for accumulating advisories relating to suspension components, underbody corrosion, and brake system wear, yet this particular vehicle has avoided any flagged items over the recorded test history. The absence of recurring defect entries spanning from mid-2022 through to early 2026 suggests a stable roadworthiness profile, although it is worth noting that MOT testing is a relatively shallow inspection and does not cover engine condition, gearbox behaviour, transfer box function, or the integrity of the air suspension system if fitted, all of which are common wear areas on this platform independent of MOT results. With 103,515 miles accumulated over approximately nine years, the vehicle is running at an average of around 11,500 miles per year, which sits broadly in line with typical usage for a large premium SUV of this age. There is a noticeable gap in testing between the November 2022 pass and the December 2023 pass, and another between December 2023 and February 2025, which suggests the vehicle may have been off the road for extended intervals during those periods or operated under a test exemption for a time. Extended standing periods on Land Rover products can be particularly relevant given the complexity of their electrical systems, the susceptibility of timing chain components to drying out, and the potential for seal degradation in drivetrain units when not regularly exercised. The relatively consistent annual mileage progression when the car was tested, however, indicates no anomalous mileage surges that would suggest clock irregularities or unusual usage patterns. For a prospective buyer, the most pressing areas to scrutinise on this specific vehicle fall outside what MOT testing can verify, particularly the air suspension struts, compressor, and reservoir system which are known to fail between 80,000 and 120,000 miles on Discovery models of this generation. On a test drive, listen for the compressor cycling excessively when stationary, observe whether the vehicle settles unevenly overnight, and check for any warning messages relating to suspension faults on the dashboard. The timing chain and associated guides on the Ingenium and older TDV6 engines fitted to this generation should be assessed through a cold start, where any rattling or hesitation on initial cranking can indicate chain stretch. A mechanical inspection rather than reliance on the clean MOT record is therefore essential. Brake system components, while not flagged on any test, should be physically inspected given the 103,515-mile accumulation, with particular attention to the rear calipers which on Land Rover products are prone to seizing due to the integrated electric parking brake mechanism binding the caliper piston. On a test drive, feel for any pulling to one side under firm braking, any pulsing through the pedal suggesting disc warpage, and whether the handbrake holds reliably on an incline. The underbody should be examined on a ramp for corrosion to the subframe, brake pipes, and suspension mounting points, as the MOT inspection covers visible structural areas but cannot fully assess boxed sections or hidden pipework. Finally, ensure the infotainment system, Terrain Response modes, and four-wheel-drive selection all function correctly, as electronic faults in these systems are recurring concerns on this platform regardless of MOT standing.