2009 Mercedes-Benz A-Class 1.5L Petrol · LS58 USN

The most recent MOT on 2 February 2024 was passed with no recorded defects, indicating that the vehicle presently meets the statutory safety and emissions standards. Over the preceding five years the record shows a clear period of deterioration – dangerous rear‑pad wear in 2020, a serious front shock‑absorber leak and corroded brake pipe advisories in early 2022, followed by a dangerous‑level front suspension ball‑joint risk and further brake‑pipe corrosion in early 2023. The clean result in 2024 suggests that those major items have been remedied, but the history underlines a phase of worsening condition before the recent improvement. At 124,656 mi the car averages roughly 7,300 mi per year across its 17‑year life, a usage pattern that sits squarely within the normal UK average. There are no obvious mileage spikes that would point to periods of intensive abuse, nor does the low‑average figure suggest prolonged storage. Nevertheless, age‑related wear on rubber, metal and fluid‑based components will be present irrespective of the modest annual mileage, so the buyer should expect age‑related degradation alongside normal wear. Given the recurring themes in the MOT history, a thorough inspection of the front suspension and braking system is essential. The ball‑joint on the nearside front arm that was flagged as likely to detach should be checked for excessive play or any creaking when the steering is rocked at a standstill; any looseness may manifest as a clunk or vague steering wander under load. The anti‑roll‑bar bush on the same side, previously noted as worn, should be examined for cracking and excessive movement, which can cause a hollow thump on cornering. Both front brake pipes showed excessive corrosion – visual inspection for rust, pitting or any signs of fluid seepage around the pipe joints is required, and replacement hoses are advisable if any rust is evident. The front shock absorbers were recorded with a serious fluid leak; the buyer should look for oil stains on the shock bodies and feel for a soft, bottom‑out sensation when compressing the front wheels. Brake pads should be measured for remaining thickness – pads below 3 mm are approaching the limit and may need replacement, while the rear pads were previously under 1.5 mm and should be inspected for even wear. During a test drive, listen for any metallic clunk when turning, feel for any vibration or pulsation in the brake pedal, and note any shudder or pulling to one side when braking. Also verify that the nearside obligatory mirror is securely mounted, as its earlier insecurity could indicate a loose mounting bolt that may affect visibility. Beyond the specific defects, the vehicle’s age demands a series of calendar‑based checks. Tyres should be examined for side‑wall cracking, dry rot or age‑related hardening; even if tread depth is acceptable, tyres older than six years are prone to sudden failure. The 12 V battery, likely approaching the end of its service life, should be load‑tested and its terminals inspected for corrosion. All service‑book stamps should be cross‑checked to confirm that coolant, brake fluid and power‑steering fluid have been changed within the recommended two‑year intervals, as these fluids degrade with time and can cause corrosion or reduced performance. Inspect the under‑carriage for rust, especially around the wheel arches and suspension mounting points, which can be exacerbated by long periods of standing. Finally, ensure that the adult seat‑belt system is fully accessible and that the belt retractor and latch operate smoothly, as the recurring child‑seat advisory has masked a potential belt inspection issue. Addressing these points will give the buyer a realistic picture of the car’s mechanical health and any imminent maintenance that may be required.