2005 Smart Forfour Passion Semi-Auto 1.3L Petrol · KR05 RZX

The vehicle presents a stable and reassuring roadworthiness profile. The most recent test on 12 September 2023 at 133,890 miles passed with zero defects recorded. This clean bill of health, combined with a consistent pattern of pass outcomes across the last four years, indicates a resolving trend where the car has been maintained to a high standard. The maintenance trajectory is firmly stable, with no recurring mechanical or structural failures noted in the official DVSA record. Mileage accumulation is remarkably low and consistent. Between the July 2021 test at 129,555 miles and the September 2023 test at 133,890 miles, the vehicle covered just 4,335 miles over a 26-month period. This equates to roughly 2,000 miles per annum, well below the typical UK average. The recorded mileage of 133,890 miles today, 28 months after the last test, suggests the car has seen extremely light use or potentially long periods of standing. Such low annual mileage reduces wear on consumables like brake discs, tyres, and suspension bushes, though prolonged inactivity can introduce its own risks around seized components and deteriorated rubber. Despite the clean MOT history, a physical inspection remains essential. The 2005 Smart Forfour shares its platform with the Mitsubishi Colt, making it susceptible to subframe corrosion and inner wing rust, particularly around the suspension mounting points. A buyer should thoroughly inspect the underside for structural integrity, checking for any signs of corrosion that may not yet have triggered a failure but could develop between tests. The semi-automatic automated manual gearbox requires particular attention. Check for clutch actuator wear, jerky low-speed engagement, and any gearbox warning lights, as these systems are known for reliability issues as they age. Tyre condition and brake component health warrant close scrutiny given the likelihood of infrequent use. Low-mileage vehicles often suffer from perished tyre sidewalls and binding handbrake mechanisms due to prolonged standing. Inspect the rubber sidewalls for cracking regardless of remaining tread depth, and verify that the handbrake releases fully without binding. The suspension should be bounce-tested to identify any deteriorating drop links or worn trailing arm bushes that may not yet present as a noticeable fault but will deteriorate rapidly once regular use resumes.