2016 Mercedes-Benz GLC 2.1L Diesel · MM10 HOW

A clear pattern emerges across the DVSA record for this 2016 Mercedes-Benz GLC: the vehicle has passed every statutory annual roadworthiness test without a single recorded failure, and the seven tests spanning from November 2018 through December 2025 demonstrate a stable, broadly clean compliance trend. The latest examination on 18 December 2025 concluded with a pass alongside a single advisory item, marking the second consecutive year that tyre wear has been flagged at the nearside front. Combined with the earlier November 2021 test, which recorded an advisory for slight play in the offside front lower suspension arm ball joint as well as edge wear on both rear tyres, the MOT history indicates that consumables such as tyres and suspension joints have been the only items drawing examiner attention. With no advisories relating to corrosion, brake performance, exhaust integrity, lighting, or structural condition anywhere in the file, the objective test record presents a vehicle that has remained within legal roadworthiness thresholds throughout its documented life. Recorded mileage stands at 95,931 miles across approximately ten years of motoring, equating to an annual accumulation of roughly 9,593 miles per year, which is broadly consistent with typical usage for a vehicle of this age and class. The MOT record shows continuous annual testing from November 2018 onwards with no multi-year gaps that would suggest extended periods off the road, indicating the GLC has been kept in regular service throughout the documented period. No unusual mileage spikes or anomalies between consecutive tests are evident, and the steady progression supports a usage profile of consistent daily or commuter driving rather than the higher mechanical demands associated with prolonged motorway cruising or, conversely, the accelerated degradation of consumables and joints that can accompany very low annual mileages combined with infrequent running. Given the mileage level, attention to routine wear items such as braking components, drivetrain fluids, and suspension bushes remains prudent, even though the MOT file itself does not flag any of these areas as defective. For a prospective buyer, the specific advisories recorded warrant targeted physical checks on the relevant components. The 2021 advisory concerning slight play in the offside front lower suspension arm ball joint at the rear arm suggests that, at approximately 30,000 miles less than the current odometer reading, some movement was already developing in the front suspension geometry. On a test drive, listen for clonking or knocking noises from the front end over uneven surfaces, pay particular attention to any vagueness or delay in steering response, and check for uneven front tyre wear which can indicate worn bushings or alignment issues stemming from component play. It would also be sensible to have the lower suspension arms, control arm bushes, and anti-roll bar drop links physically inspected on a ramp, as play in these joints tends to progress with further mileage and is often only detectable during a road test when it becomes pronounced. The tyre wear advisories, recorded at both rear tyres in 2021 and again at the nearside front in 2025, suggest a vehicle that may be prone to uneven or accelerated wear across the axle set, which can point to alignment geometry, camber settings, or worn suspension components rather than simply tyre age. On inspection, verify the remaining tread depth across all four corners and look for feathered or stepped wear on the inner or outer edges, which would warrant a four-wheel alignment check and a closer examination of the suspension. Additionally, although no brake-related advisories have been issued, a high-mileage Mercedes-Benz of this era should be assessed for brake disc wear and pad material given the annual mileage profile, and a thorough inspection of the underbody for any oil seepage from the engine or automatic transmission should be conducted, as these are common areas of concern on higher-mileage examples of this model that would not necessarily be flagged during a standard MOT pass.