2009 Hyundai I10 1.2L Petrol · GV09 UCP

The current roadworthiness status of this 2009 Hyundai i10 cannot be reliably established from the available records. The most recent MOT test occurred on 16 August 2022 at 152,679 miles, meaning the certificate is nearly four years out of date as of July 2026. While the 2022 test passed with no defects recorded, the maintenance trend is impossible to evaluate due to this extensive gap in testing. A vehicle sitting idle or undergoing highly irregular use for this duration presents significant latent risks, regardless of its last clean bill of health. The mileage accumulation tells a peculiar story. Between 25 August 2021 at 143,235 miles and 16 August 2022 at 152,679 miles, the car covered a typical 9,444 miles. However, the odometer reading has remained static at exactly 152,679 miles since that August 2022 test. This indicates the vehicle has either been driven minimally, used exclusively on private land, or declared SORN for nearly four years. Such prolonged inactivity often leads to deterioration of rubber components, brake seizure, and fuel degradation, none of which are reflected in the sparse MOT data. Because the MOT history contains no recurring mechanical faults to guide a targeted inspection, a buyer must rely entirely on a physical assessment of this 17-year-old vehicle. The static mileage and four-year testing gap mean the car's current condition is a blank slate. A buyer must thoroughly assess the structural integrity of the undercarriage for corrosion, as a city car of this vintage may have endured harsh road salts. Suspension bushes, coil springs, and shock absorbers require close scrutiny for perishing resulting from age rather than mileage. Brake discs and calipers are highly susceptible to surface rust and binding after prolonged standing. Tyres must be checked for date codes and sidewall cracking, as rubber degrades over time regardless of tread depth. The engine should be evaluated for smooth running and exhaust emissions, as stale fuel and infrequent use can cause injector fouling and catalytic converter inefficiency.