2006 Mercedes C 1.8L Petrol · SA56 JBX

The vehicle presents a concerning roadworthiness profile with a worsening trend in structural and mechanical degradation. While it passed its most recent test in November 2025 at 97,335 miles, this followed a significant failure just two days prior involving failed emissions and critical steering components. The maintenance history shows a reactive pattern of repair where major faults are only addressed once they fail an inspection. The presence of high carbon monoxide readings in late 2025 suggests engine management or combustion issues that may remain present despite the subsequent pass. At 97,335 miles, this twenty-year-old Mercedes has covered low mileage, averaging approximately 4,867 miles per year. This low usage often explains the accelerated deterioration of rubber components and age-related corrosion seen in the record. Between October 2023 at 90,961 miles and November 2025 at 97,335 miles, the car covered only 6,374 miles, yet the repeated failure of the offside front shock absorber and track rod ends indicates that age and exposure are the primary wear factors rather than distance driven. A buyer must prioritise inspecting the structural integrity of the rear sub-frame and underside, as heavy corrosion has been flagged consistently since 2023. The record shows recurring rust on the anti-roll bars and coil springs, which indicates the vehicle is nearing a stage of suspension fatigue. The steering system is another known weak point, with the rack inner joints and track rod ends showing persistent play or excessive wear across the last three years. The persistent oil leak noted in 2024 requires a physical inspection to determine if it is a simple gasket failure or a more significant leak. Given the emissions failure in November 2025, a diagnostic scan is essential to ensure the engine is operating within parameters. The history of perishing tyres and low-mileage age-related failures suggests the car may have sat for extended periods, leading to the dry rot and corrosion currently visible in the chassis components.