2004 Smart (mcc) City Coupe 0.7L Petrol · VX54 EEP

The vehicle is currently unroadworthy and shows a rapidly deteriorating trend in mechanical and structural condition. While it maintained clean records through 2024 and 2025, the two consecutive failures in May and June 2026 indicate a collapse in maintenance standards. The most recent test on June 13 at 118,231 miles identified critical safety issues including structural corrosion, emissions failures, and airbag faults, suggesting the car has suffered significant neglect in a very short period. At 118,231 miles, this 22-year-old Smart reflects low annual mileage, averaging roughly 5,300 miles per year. However, the data reveals a sharp spike in usage between June 2025 and May 2026, where the vehicle covered over 5,500 miles in just 11 months. This sudden increase in activity, combined with the vehicle's age, appears to have exposed deep-seated wear issues in the rubber and metal components that were previously dormant during periods of standing. A buyer must conduct a thorough inspection of the rear subframe and chassis mounting points, as the tester flagged corrosion within 30cm of these areas. The structural integrity of the underbody is a primary concern. Furthermore, the front suspension is in poor condition, with the May test recording excessive play in both front wheel bearings, track rod ends, and the steering rack itself. These are not minor wear items but indicate a systemic failure of the front-end geometry assembly. The braking and emissions systems also require immediate attention. The record shows significantly worn front brake discs, imbalanced braking forces, and insufficient parking brake efficiency. The engine is failing due to high carbon monoxide and lambda readings, likely caused by a faulty catalytic converter or exhaust leak. Coupled with an active supplementary restraint system warning lamp and persistent oil leaks, the vehicle requires significant capital investment far beyond beyond basic consumable replacements to reach a safe roadworthy state.