2016 Land Rover Discovery 3.0L Diesel · OV16 YRK

The 2016 Land Rover Discovery most recently completed an MOT on 28 April 2026 with a Pass, although the test recorded four advisories, three of which relate to the nearside front and nearside rear tyres wearing close to the legal limit or on the edge, and a further advisory noting that the offside rear and central rear passenger seats were missing at the time of test. The overall maintenance trajectory appears broadly stable rather than deteriorating, as the vehicle has passed every test since the 2022 tyre cord exposure failure and the minor 2024 presentation defects, though the recurrence of tyre edge wear advisories across multiple consecutive tests suggests an underlying issue with wheel alignment, suspension geometry, or prolonged corner loading rather than random tyre wear. The 2023 advisories on both front lower suspension arm pins or bushes, though not yet at failure point, represent the first stage of progressive wear on components that will ultimately require renewal if the vehicle is to remain compliant and comfortable. With 102,253 miles recorded on a ten year old vehicle, the Discovery is averaging approximately 10,225 miles per year, which sits squarely within typical usage parameters for its age and class. The MOT intervals show no significant gaps in testing and the mileage progression between annual tests is broadly consistent, indicating regular rather than sporadic use. This is mechanically favourable compared to low-mileage or stored examples, as the drivetrain, brakes, and suspension have been worked consistently, reducing the risk of seized calipers, perished seals, or corroded brake discs that plague vehicles left standing for long periods. Continued use at this rate on a Land Rover of this vintage does, however, place the vehicle in the territory where major wear items such as timing chain stretch, dual mass flywheel degradation, transfer box and differential servicing, and turbocharger actuator wear become increasingly relevant concerns well beyond what the MOT history alone can reveal. Because the nearside tyres have been flagged for edge wear in both 2024 and 2026, a prospective buyer should arrange a four-wheel alignment check and carefully inspect the suspension arms, bushes, drop links, and anti-roll bar mounts for play, listening on a test drive for clonks or knocks over speed humps and uneven road surfaces that would indicate worn bushes or top mount bearings now beyond advisory tolerance. Uneven inner or outer tyre wear across the axle, particularly on one side only, would point to a geometry fault or a worn lower arm bush progressing from the 2023 advisory. The two missing rear passenger seats warrant direct enquiry with the seller, as their absence could indicate a third-row conversion, weight reduction for towing, or simply a removed interior, and the buyer should confirm whether the seat belts, anchorages, and any associated airbags or occupant detection systems remain intact, as their absence or disconnection will affect both road legality and insurance. Beyond the advisories, a vehicle of this age and mileage deserves thorough physical inspection of items that the MOT does not fully cover. Brake discs should be examined for lip corrosion and the calipers for smooth release, particularly if the vehicle has been left standing between journeys, and a brake fluid moisture test is advisable since the fluid should be renewed on a calendar basis irrespective of mileage. The coolant, transmission, transfer box, and differential oils should be confirmed as recently serviced, as Land Rover gearboxes and driveline components are sensitive to neglected fluid changes. The 12 volt battery health should be checked, as auxiliary battery failure is a common Discovery complaint and standing loss of charge can mask deeper electrical faults. Finally, the underbody should be inspected for corrosion on the rear axle, trailing arms, and subframe mounting points, which are recognised concerns on this generation of Discovery, and any evidence of coolant staining near the water pump, timing cover, or EGR cooler should be investigated before purchase.