2016 Mercedes-Benz C 1.6L Diesel · J30 TAO

A clear pattern emerges across the MOT history for this 2016 Mercedes-Benz C-Class centred on the braking system, with brake disc condition flagged across all four wheels at the most recent test. The 2022 visit produced both a pass and a failure recorded on the same date, indicating the vehicle was presented, initially failed on an unlisted item, and then re-presented with advisories remaining in place for all four discs. The rear nearside tyre was also noted as worn close to the legal limit and worn on edge, a defect that warrants scrutiny of geometry and suspension condition. The earlier records are less eventful: a 2021 pass recorded only a minor rear lamp intensity issue, a 2020 pass noted items removed from the driver's view, and a 2019 test returned no recorded defects. Overall, the record shows a vehicle with a previously clean MOT history that has developed notable wear on the braking components by its tenth year, with the disc advisories being the dominant mechanical theme. With four recorded MOT tests spanning 2019 to 2022 and a current indicated mileage of 58,554 miles, this C-Class has averaged roughly 5,855 miles per year over its ten-year lifespan, which is below the typical usage rate for a vehicle of this age and class. The gap between the 2022 test and the absence of a more recent recorded test leaves the post-2022 condition of the braking components undocumented by the DVSA, meaning the disc wear noted in April 2022 has had considerable time to progress unchecked. The relatively even annual mileage accumulation up to that point suggests regular but modest use rather than extended periods of standing, though the lack of subsequent testing does mean any deterioration in fluid seals, brake hoses, or suspension bushes during the intervening years would not appear in the official record. For a prospective buyer, the priority on inspection must be the braking system given the four-wheel disc advisory. On a test drive, listen for any grinding or pulsation through the brake pedal, as heavily worn discs on a Mercedes of this era typically produce vibration under firm braking and may also generate a thumping sensation through the steering wheel. Check the discs visually for a pronounced lip on the inner and outer edges, scoring across the friction surface, and any blueing from overheating. Given the rear nearside tyre was flagged as worn on edge, pay particular attention to the rear suspension geometry by pushing down firmly on each rear corner and releasing; the body should rebound once and settle without continuing oscillation, which would suggest worn shock absorbers or springs. Also inspect the rear wheel alignment indirectly by observing whether the rear tyres sit evenly on the road surface with no excessive camber. Beyond the braking concerns, the test drive should include checks for any rear brake binding, as seized rear caliper sliders are a known issue on Mercedes-Benz models of this generation and would manifest as a pulling sensation to one side under light braking, excessive heat around the rear wheels after driving, or a reluctance of the vehicle to roll freely when pushed on level ground. The minor rear position lamp intensity issue noted in 2021 is unlikely to be of ongoing concern but warrants a quick check of all rear lighting clusters for condensation, which can affect output. With no corrosion, suspension, or structural advisories in the available history, the mechanical risk profile is concentrated on the braking components, and a pre-purchase inspection focusing on disc measurement, pad life remaining, and caliper function would be advisable before committing to purchase.