2014 Mercedes-Benz CLA 2.0L Petrol · LF04 DON

The 2014 Mercedes-Benz CLA presents a stable and largely positive roadworthiness profile, supported by five consecutive clean MOT passes. The most recent test, conducted on 20 October 2025 at 70,006 miles, resulted in a pass but flagged two minor advisories. Both the nearside and offside front tyres were noted as worn close to the legal limit and worn on the edges. This indicates a developing pattern of uneven front tyre wear, likely pointing to alignment or suspension geometry issues rather than simple neglect. The maintenance trend is fundamentally sound, with no serious mechanical or structural failures recorded across the entire history. The mileage accumulation for this vehicle is notably low for a twelve-year-old car. Between the October 2021 test at 44,593 miles and the October 2025 test at 70,006 miles, the car covered approximately 25,413 miles over four years, averaging around 6,353 miles annually. The most recent year, from October 2024 at 64,391 miles to October 2025 at 70,006 miles, saw an increase to 5,615 miles, which remains well below the national average. This pattern suggests the vehicle has been used sparingly, potentially for short urban journeys, which can accelerate wear on components like the exhaust system and battery due to incomplete warm-up cycles. The 2021 advisory regarding a loose heat shield above the rear silencer is a common consequence of such use, as thermal cycling and condensation can degrade mounting points over time. A prospective buyer should focus the physical inspection on the front suspension and steering components. The repeated edge wear on both front tyres in the 2025 test strongly suggests the tracking is out of specification or that suspension bushes and ball joints are worn, causing excessive camber. The under-tray and heat shield noted in 2021 should be checked again for security, as loose items can rattle or detach. Given the low mileage and age, a thorough underbody inspection for corrosion is prudent, particularly on brake lines, subframes, and suspension mounting points, as infrequent use can allow moisture to settle and cause surface rust that may compromise structural integrity over time.