2016 Mercedes-Benz C 2.1L Diesel · BU06 REL

Six DVSA test entries over the ten-year life of this 2016 Mercedes-Benz C-Class present a largely clean roadworthiness record, with the most recent pass recorded on 7 January 2025 showing no defects or advisories of any kind. The previous test in December 2023 was similarly unblemished, and the single advisory anywhere in the file — a nearside rear tyre with low depth and inner edge wear, noted in January 2023 — is the only blemish against an otherwise spotless compliance history. There have been no failures, no refusals, and no recurring component flags, which means the documented test outcomes do not point to any chronic mechanical weakness such as persistent brake binding, suspension deterioration, structural corrosion, or exhaust leakage. Mechanically, the picture drawn purely from the DVSA file is one of stable compliance with only an isolated tyre wear issue flagged once and not repeated at subsequent tests. The recorded mileage of 162,100 against a 2016 registration equates to an average annual accumulation of roughly 16,200 miles, which sits well above the typical 8,000 to 10,000 mile private-use figure and points to a vehicle that has been in regular, sustained service, likely covering a mix of commuting and longer-distance work. There are no unusual gaps in the testing record — entries appear roughly annually from 2019 onwards with no multi-year absences that would suggest prolonged standing — and the consistent year-on-year attendance implies the car has been kept on the road and in active use throughout. From a mechanical standpoint, higher mileage of this nature accelerates wear on consumables and moving parts rather than on bodywork, so the buyer should reasonably expect greater attention to have been required on items such as brake discs and pads, tyres, suspension bushes, engine oil seals, and the automatic transmission servicing schedule than a lower-mileage equivalent of the same age would demand. Given the only recorded advisory concerned a nearside rear tyre with low tread and inner-edge wear, it is worth inspecting the rear axle geometry on a physical inspection and test drive. Inner-edge wear on a single rear tyre is often linked to issues such as incorrect camber, a worn trailing arm bush, a sagging coil spring, or simply prolonged under-inflation, and any of these can return quickly even after a replacement tyre is fitted. On a road test, listen for clonking from the rear over uneven surfaces, particularly over speed humps and potholes, which would suggest tired suspension bushes or top mounts, and pay attention to whether the car tracks straight under braking or whether the rear feels unsettled. Tyres should also be checked for even shoulder wear across both rear corners rather than just the nearside, as uneven patterns across an axle can indicate a persistent geometry issue that has not yet been rectified. Although the MOT file itself contains no advisories relating to brakes, exhaust, or steering components, the higher-than-average annual mileage means a thorough physical inspection of these areas is warranted before purchase. Brake discs should be examined for lipping and surface corrosion, particularly on a vehicle that may have seen urban stop-start use, and the caliper slide pins and handbrake mechanism should be checked for seizure, which is common on rear calipers that sit idle for long periods between applications. On the test drive, feel for any pulling under braking, vibration through the pedal, or a soft or sinking feel that would indicate caliper binding or hydraulic issues, and listen for any exhaust drone or ticking from beneath the car that might suggest a leaking joint or corroded mounting. Finally, given the drivetrain mileage, a pre-purchase inspection with the vehicle raised on a ramp would be prudent to confirm the condition of the underside, including subframe mounting points, brake pipes, and the condition of the engine and transmission sumps for any signs of weeping or corrosion that would not be visible from a standard road test.