2020 Mercedes-Benz CLA 1.3L Petrol · LL70 XFE

The most recent DVSA MOT test, conducted on 5 August 2026, resulted in a pass with no defects recorded, indicating that the vehicle met the statutory roadworthiness requirements at the time of examination. The immediately prior entry on the same date noted a single PRS (pass after rectification at station) advisory concerning an insufficient washer fluid supply, which is a trivial rectification item unrelated to the mechanical integrity of the vehicle. The preceding 2025 test was similarly passed without any advisories or defects, and the 2024 test, while passed, carried several advisories relating to tyre wear, brake pad wear, and brake disc condition. Overall, the maintenance trajectory appears stable and consistent; the absence of any repeat advisories on the 2025 or 2026 tests suggests that earlier wear items were addressed and have not since reappeared as concerns. There is no evidence of structural corrosion, exhaust emissions failures, or significant mechanical deterioration within the recorded test history. The recorded mileage of 36,853 miles over a six-year period equates to approximately 6,142 miles per annum, which is broadly typical for a vehicle of this age and segment, and reflects moderate rather than intensive daily use. There are no significant gaps in the MOT record to suggest prolonged periods of standing, nor any indication of rapid mileage accumulation that would imply motorway commuter or high-mileage fleet usage. This pattern of regular but moderate annual mileage is generally favourable from a mechanical perspective, as it tends to keep drivetrain seals, brake components, and suspension bushes functioning through normal use rather than seizing or deteriorating through inactivity. However, given that the vehicle is now six years old, attention should be directed toward calendar-based degradation of components that age regardless of mileage covered. Given the advisories recorded at the 2024 MOT regarding nearside front tyre wear on the edge, thinning front and rear brake pads, and front and rear brake disc pitting, a prospective buyer should establish whether these items have since been rectified with documented replacement. If the brake discs were not replaced at that stage, the pitted surfaces may now be approaching the minimum permissible thickness and could produce brake shudder or vibration under firm pedal application, particularly from higher speeds. Edge tyre wear on the nearside front could indicate an underlying tracking or suspension geometry concern, so the new tyres should be inspected for even wear across the tread, and any uneven inner or outer shoulder wear would warrant a four-wheel alignment check. On a test drive, listen for any clonks or knocking from the front suspension over uneven surfaces, as worn coil springs, drop links, or control arm bushes commonly manifest on a six-year-old Mercedes with this mileage profile. For a 2020 model year Mercedes-Benz CLA, irrespective of the relatively low recorded mileage, several age-related items warrant physical inspection prior to purchase. Tyres fitted at original equipment specification may now be six years old and susceptible to sidewall perishing or cracking, which can compromise integrity even if tread depth remains adequate; the production date code on each sidewall should be verified. A standing vehicle is prone to brake caliper binding and surface corrosion on the brake discs, so check that the vehicle pulls away cleanly without any roughness or grabbing sensation and that the discs show no deep lip of corrosion on the outer edge. The 12V auxiliary battery in Mercedes vehicles is particularly sensitive to extended standing and parasitic drain, so verify its age and ensure the infotainment and electronic systems boot up promptly without warning messages. Finally, request evidence of timely servicing for engine oil, brake fluid, coolant, and transmission oil in line with Mercedes-Benz time-based intervals, as these fluids degrade with calendar age regardless of mileage and a full service history is essential for long-term reliability of the powertrain.