2016 Land Rover Defender 90 Adventure TD 2.2L Heavy oil · NKZ 611

A 2016 Defender 90 Adventure TD carries a notably clean MOT record across the four tests logged, with only a single failed attempt and three subsequent passes, the latest being a pass on 18 December 2025 with no defects or advisories recorded. The failure dated 7 December 2023 is unusual in that no specific defect was captured against it, which is consistent with the test being aborted or withdrawn before results were entered, rather than indicating a documented mechanical failure at component level. Following that entry, the vehicle has returned to a clean pass on 7 December 2024 and again on 18 December 2025, with no advisories issued for braking components, suspension, steering, tyres, exhaust integrity, lighting, or structural corrosion across the most recent three tests. For a ten year old Land Rover Defender, a body type and age range where corrosion advisories on chassis rails, crossmembers, and rear cross tube are common, the complete absence of advisories is an objective data point worth weighing carefully, particularly because MOT records capture only what is identified on the day of test and do not reflect pre-test rectification or work carried out after the inspection. The recorded mileage of 16,458 miles against a ten year age equates to an annual accumulation of roughly 1,646 miles, which is very low for a vehicle of this type and considerably below what one would expect from a working or regularly driven Defender. The MOT history spans tests from 2023 through 2025, with no recorded mileage progression between those entries provided, so it is not possible from this dataset alone to confirm whether the low figure reflects consistent light use or extended periods of standing. Mechanically, such low annual mileage on a Defender is relevant to several specific areas: diesel fuel systems can be susceptible to water ingress and microbial growth when a vehicle is used infrequently for short journeys, and the dual mass flywheel, turbocharger seals, and diesel particulate filter can suffer when the unit does not reach sustained operating temperature. Brake discs and callipers on a vehicle that stands for prolonged periods are prone to surface corrosion and seizing of slider mechanisms, even when no advisory has been recorded on test. Galvanised chassis components and aluminium bodywork on the Defender still require inspection for stone chip damage and localised oxidation, particularly around door bottoms, the bulkhead, and rear crossmember, areas which MOT testers are not required to comment on unless they affect safety or structural integrity. Given the absence of advisories, there is no specific component flagged in the records to direct a focused inspection, so buyer guidance needs to concentrate on areas where low-mileage Defenders most commonly exhibit issues that do not always surface during a standard MOT. On a test drive, listen for clonks or knocking from the front suspension over speed humps and uneven surfaces, paying attention to the radius arms, Panhard rod bushes, and shock absorber mounts, as these wear gradually and may not be flagged until play becomes significant. Check for brake judder or vibration through the pedal under firm application, which on a low-use vehicle typically indicates corroded or unevenly worn front discs rather than pad wear. With the engine at operating temperature, look for any signs of exhaust smoke on initial acceleration, particularly blue haze suggesting turbo seal deterioration from extended idling periods, and listen for any unintended sounds from the timing belt area, which on the Defender 90 TD should be confirmed as having been replaced within the manufacturer's recommended interval regardless of mileage. A practical verification step before purchase is to confirm the mileage gap between MOT tests directly with the seller, ideally against servicing invoices or V5 records, as the absence of recorded progression in the data provided does not allow independent verification. Inspect the underside on a ramp if possible, paying particular attention to the chassis rails outboard of the rear axle, the front dumb irons, and the brake and fuel pipe routing, areas where corrosion can develop behind protective underseal. Verify that the vehicle has been started and run to full operating temperature recently, as a Defender that has stood for many months can mask starting, charging, and fuel system faults that only emerge under load. While the MOT record does not document any of these conditions, the combination of low annual mileage and absence of advisories on a ten year old utility vehicle means a thorough pre-purchase inspection by a specialist familiar with the Defender platform is advisable to confirm the roadworthiness implied by the test history.