2015 Mercedes-Benz CLA 1.6L Petrol · RF65 LCW

The most recent DVSA examination on 29 October 2025 resulted in a pass, which is the key immediate indicator of roadworthiness. However, the test was not entirely clean, with five advisories recorded, and it should be noted that a prior test at the same station on 27 October 2025 failed outright on three major defects relating to headlamp operation, side repeater function, and a missing fuel cap sealing device. The major items were evidently addressed before the retest, but the advisories from that earlier failed test carried forward, suggesting that some underlying wear issues had not been rectified in the short interval between the two examinations. Looking further back, the October 2023 test produced a Dangerous failure for an offside front tyre with exposed ply or cords, alongside a nearside rear tyre with a deep cut reaching the ply, indicating a recurring pattern of tyre neglect at that time. There is also a Dangerous brake pad failure recorded in October 2024, when rear brake pads were measured at less than 1.5 mm thick. Taken as a whole, the maintenance trend appears inconsistent rather than steadily stable or improving, with safety-critical items reaching Dangerous condition in the recent past and lighting, fuel system, brake, tyre, and suspension items all appearing as live advisories. The recorded mileage of 87,460 miles across approximately 11 years equates to an annual average of around 7,950 miles, which is broadly typical for a privately used vehicle of this age. There are no extended periods of standing evident from the MOT record, as tests have been conducted annually with continuous mileage progression implied. For a Mercedes-Benz CLA of this age and mileage, the mechanical implications are relatively standard: consumable items such as brake discs, pads, tyres, suspension bushes, and coil springs will be subject to normal wear rates, and the drivetrain, turbocharger (if applicable), and clutch (if manual) should have accrued meaningful but not extreme usage. The consistent annual testing cadence suggests the vehicle has been in regular use rather than left idle for prolonged periods, which is generally favourable for avoiding standing-related corrosion and fluid degradation, although the recent advisory for a corroded nearside rear coil spring demonstrates that corrosion can still take hold even with regular use. A prospective buyer should pay particular attention to the recurring advisories concerning front brake disc condition, recorded at the 2025 test as worn, pitted, or scored on both sides. While deemed not seriously weakened at the time, pitting and corrosion of brake discs tends to progress with further mileage and exposure to moisture, and symptoms to listen for on a test drive include brake shudder under firm application, pulsation through the brake pedal, and squealing on initial cold application. The nearside rear coil spring corrosion advisory is a meaningful concern, as corroded coil springs can fracture without warning, leading to a sudden loss of vehicle height and handling integrity on that corner; a careful inspection from below for flaking, deep pitting, or any signs of cracking is warranted. The tyre advisories at the 2025 test, particularly inner-edge wear on both rear tyres, point to possible rear wheel alignment or suspension geometry issues, which are common on this platform and should be investigated by a four-wheel alignment check. The Dangerous brake pad failure from 2024, although rectified, suggests rear brake calipers or slider pins may not be releasing cleanly, potentially causing uneven pad wear, and a test drive should include a series of slow-speed stops to detect pulling or binding. Beyond the recorded defects, age-appropriate inspection items should form part of any physical evaluation. Even with relatively regular use, an eleven-year-old Mercedes is at the stage where perishing of rubber components, including the ageing of the 12V battery, should be verified; a load test or voltage check is advisable, as is confirmation of recent replacement through a service record. Tyre sidewalls should be examined for cracking from age rather than solely from tread depth, as rubber degradation can render a tyre with adequate tread nonetheless unsafe. The timing chain, auxiliary drive belt, and Mercedes-specific items such as the engine mount condition and any signs of oil seepage from the upper engine area should be inspected. Fluid degradation is calendar-dependent rather than mileage-dependent, so confirmation of recent coolant, brake fluid, and automatic transmission fluid (where applicable) changes is important. Finally, given the prior failure for a missing fuel cap sealing device, the integrity of the current cap and its seal should be confirmed, as this affects evaporative emissions and on-board diagnostic readiness.