2010 Mercedes-Benz CLC 1.8L Petrol · TY10 BAN

The most recent DVSA examination on 24 March 2026 resulted in a Pass, although two advisories were issued which together suggest that the vehicle's mechanical condition, while still legal, is beginning to show the typical wear associated with an ageing Mercedes-Benz. A near-side front shock absorber was noted as having a light misting of oil, and an off-side rear coil spring was recorded as corroded. Tracing back through the recorded history, the maintenance trajectory is clearly worsening rather than stable: the 2022 and early 2023 tests passed cleanly, but from 2024 onwards the vehicle has accumulated a notable series of advisories and dangerous defects. Two separate dangerous failures in February 2024 and February 2025 were caused by heavily worn rear brake pads and structurally compromised tyres, with a weakened front brake disc also flagged in 2024. While none of these are presently active failures, the recurring nature of brake and tyre issues indicates that consumables are being neglected between tests, and a prospective buyer should treat the recent advisory trend as a warning that further component replacement is imminent. Recorded mileage stands at 61,513 miles against a vehicle now approximately sixteen years old, equating to an average of around 3,845 miles per year. This is substantially below the typical annual mileage for a car of this age and would ordinarily be considered light use. However, the MOT cadence shows tests every twelve to fourteen months with relatively small mileage increments between them, suggesting the vehicle is being used modestly but consistently rather than left standing for extended periods. Low-mileage cars of this vintage are nevertheless prone to certain age-related deterioration that is independent of distance covered, and the history already demonstrates this, with brake disc pitting, spring corrosion, and shock absorber oil seepage all consistent with a vehicle that has accumulated calendar age rather than wear miles. The combination of low mileage and advanced age means that rubber, fluids, and corrosion-prone components are likely to be closer to replacement than the odometer alone would suggest. For a prospective buyer, the immediate priorities are the items already flagged by recent advisories. The misting front shock absorber should be inspected for any further seepage down the body of the unit, and a road test should focus on damping performance over uneven surfaces; any wallowing, excessive nose-dive under braking, or poor recovery after compression would indicate the unit has deteriorated beyond its advisory state. The corroded off-side rear coil spring warrants a physical inspection, ideally with the wheel removed, to check for cracks, flaking, or loss of material, as corroded springs can fail suddenly and are a known MOT failure point. The brake system has been the most consistent source of concern across four consecutive tests, and a thorough inspection of pad thickness on all four corners, along with measurement of both front and rear brake disc wear limits, is essential. On a test drive, any pulsation through the brake pedal, grinding noises, pulling to one side under braking, or a spongy pedal would suggest discs or hydraulic components require attention. Given that the front brake disc was previously deemed seriously weakened, replacement rather than machining should be expected. Beyond the recorded defects, the vehicle's age and low annual mileage demand attention to items that MOT testing does not fully cover. Tyres should be examined for sidewall cracking or perishing even if the tread depth appears adequate, as rubber degrades with calendar age regardless of mileage; the recent dangerous failure for a torn tyre structure reinforces the need for careful inspection. Brake calipers and handbrake mechanisms on a low-use car are prone to binding due to corrosion on the sliding surfaces and cables, so the handbrake should be tested on an incline for holding strength, and the vehicle should be observed for any tendency to pull or drag after release. The twelve-volt battery is likely original or near-original specification and should be load-tested, as Mercedes-Benz vehicles of this era are particularly sensitive to voltage drop. Time-based servicing should also be verified through the service history, including engine oil and filter changes, coolant replacement, brake fluid renewal, and automatic transmission fluid and filter service if applicable, as these degrade chemically over time independent of mileage. Finally, the underside should be examined for underbody corrosion, exhaust integrity, and any oil or coolant leaks, all of which are common concerns for a CLC of this age.