2016 Land Rover A-Class 2.0L Diesel · WR02 ROE

The most recent DVSA MOT test on this 2016 Land Rover took place on 16 February 2026 and resulted in a pass with no defects or advisories recorded. Looking at the broader history, there is a notable pattern that warrants attention from any prospective buyer: the vehicle has passed its test only twice across the last five recorded attempts, with passes on 21 February 2025 and 16 February 2026 interspersed against three failures on 31 January 2025, 19 February 2025, and 13 February 2026. While the final outcome is positive, the clustering of failures immediately before each pass suggests the vehicle may have been presented for retest after remedial work rather than passing cleanly on first inspection, and it indicates that some underlying wear or deterioration is being actively managed. The overall maintenance trend cannot be described as stable on the strength of this record; it points to a vehicle that is likely on the cusp of MOT compliance and requires ongoing attention to remain roadworthy. With recorded mileage of 83,563 miles over a ten-year period, this vehicle has covered an average of roughly 8,356 miles per year, which sits broadly within typical usage parameters for its age and class. There are no glaring anomalies such as long stationary periods or implausibly rapid accumulation that would immediately raise concerns about hidden odometer manipulation or severe working conditions. The mileage is, however, sufficient to have placed meaningful wear on major mechanical systems including the suspension, braking components, clutch or automatic transmission internals, and drivetrain mounts. Given that the failures cluster around the early part of each year, it is worth considering whether cold-weather running, short urban trips, or extended standing periods between uses may have contributed to the issues encountered, particularly with regard to brake effectiveness, emissions readiness, or battery and electrical performance. Because the official MOT record does not capture specific defect details, a physical inspection is strongly advised before purchase, and particular attention should be paid to components that most commonly cause Land Rover models of this vintage to fail or receive advisories. On a test drive, listen carefully for any clonks, knocks, or excessive vibration from the front and rear suspension, as worn bushes, tired coil springs, and failing anti-roll bar drop links are prevalent at this mileage and often only become audible over uneven surfaces or speed humps. The braking system should be evaluated for any pulling to one side, a soft or spongy pedal feel, or shudder under heavier application, all of which can point to worn pads and discs, a binding caliper, or a flexible hydraulic hose nearing the end of its service life. Inspect all four tyres for both uneven shoulder wear indicative of suspension misalignment and for age-related perishing or cracking on the sidewalls, as tyres fitted at the time of manufacture may now be well beyond the recommended replacement window even if the tread depth appears acceptable. Beyond the drivetrain and running gear, a ten-year-old vehicle with this mileage will inevitably require attention to several time-served components regardless of the MOT outcome. Verify the condition and state of charge of the 12V battery, as units of this age are highly susceptible to cold-weather failure and can produce no-start conditions or random electrical faults. Inspect all fluid levels and their condition, particularly the engine oil, coolant, brake fluid, and if applicable the automatic transmission fluid, as brake fluid is hygroscopic and should ideally be replaced every two years irrespective of mileage. Examine the underside and wheel arches for any signs of corrosion, paying close attention to suspension arms, subframes, and brake line routing, and check the exhaust system for rusting joints or blowing gaskets that would explain any emissions-related concerns. Finally, confirm a full main dealer or specialist service history with stamps at the correct intervals, as consistent servicing on a vehicle of this complexity and age is one of the strongest indicators of long-term mechanical reliability.