2002 Mercedes-Benz C 1.8L Petrol · SB52 XAG

This 2002 Mercedes-Benz C carries a roadworthiness record characterised by general compliance with intermittent technical setbacks rather than sustained degradation. The most significant event occurred in October 2019 when both the offside front lower anti-roll bar ball joint dust cover and the front suspension arm ball joint dust cover failed their respective dust-proofing requirements, triggering a major failure. A second advisory appeared in October 2020 concerning nearside front brake pipe corrosion, though this did not prevent passage at the following September test. The most recent MOT on 10 October 2024 returned a passing result, confirming that the vehicle remains roadworthy despite the earlier incidents. With 37,614 recorded miles on a model aged approximately 24 years, the annual consumption of roughly 1,567 miles falls well below typical expectations for this vintage. While such low mileage could indicate infrequent driving or extended periods of storage, the presence of two major failure events between 2018 and 2024 suggests that the vehicle may have experienced prolonged lay-offs interspersed with active use. The gap between the 2019 failure and the 2020 pass represents a single year of apparent stability, while the absence of any recorded failures from 2021 through 2023 implies the chassis and drivetrain remained functional during that interval. However, the 2018 failure involving rear brake pipe corrosion and heavy anti-roll bar corrosion indicates that certain components were exposed to conditions that accelerated their deterioration regardless of total mileage. The two primary areas requiring attention on test drive would be the front anti-roll bar assembly and the associated suspension linkages. The 2019 failures specifically point to the offside front lower anti-roll bar ball joint and the cross-arm (5.3.4 (b) (ii)) having accumulated enough debris to compromise their protective covers, which could allow contaminants to enter and potentially affect steering geometry or braking performance under adverse conditions. Should you inspect the rear side of the same anti-roll bar system, the 2018 failure noted heavy corrosion of the rear anti-roll bar itself, suggesting that exposure to road salt or moisture may have contributed to systemic rust development throughout the subframe. During a test drive, listen for any grinding or clunking noises over bumps, particularly when navigating uneven surfaces, as worn ball joints within these linkages can produce distinct metallic sounds. Additionally, monitor the brake disc and caliper operation for any pulsation or vibration that might correlate with the previously identified brake pipe and anti-roll bar failures. While the 2024 MOT noted slightly cracked or perished tyres affecting all four wheels, this is considered a cosmetic concern that does not impact safety or handling significantly. Nevertheless, given the documented history of brake line and anti-roll bar corrosion, it is prudent to verify that the current rubber hoses remain intact and free of leaks, and that the brake discs have not developed excessive glazing. The tyre issue from 2024 should also be confirmed visually by checking for cracks, separations, or uneven wear patterns that might suggest underlying alignment or suspension issues. Ultimately, the vehicle's low mileage combined with the specific component failures indicates that while the engine and powertrain have remained unremarkable, the suspension and braking systems require targeted examination before committing to purchase.