2003 Mazda 323 1.6L Petrol · FH52 KYC

The maintenance trend for this 2003 Mazda 323 is impossible to verify as stable or improving due to a significant gap in its MOT record. The most recent test occurred on 18 January 2022 at 46,491 miles, resulting in a failure. Curiously, the record indicates a failure despite listing no specific defects, which represents an anomalous data entry or an unresolved issue that forced the vehicle off the road. As of today, 8 July 2026, the car lacks a valid MOT certificate, having gone unchecked for over four and a half years. This extended absence from the testing regime raises immediate concerns about its current roadworthiness and legal status. The recorded mileage of 46,491 miles equates to a mere 2,021 miles per year, which is exceptionally low for a 23-year-old vehicle. While low mileage generally implies reduced wear on drivetrain components, prolonged standing poses its own mechanical risks. The odometer reading has remained static at 46,491 miles since the January 2022 test. This stagnation suggests the vehicle has either covered negligible mileage since failing its test or has remained entirely stationary for the past four and a half years. Given the unexplained failure and the likelihood of long-term static storage, a buyer must thoroughly inspect components susceptible to seizure and deterioration from disuse. Focus on the braking system, where calipers may have seized and brake discs will almost certainly exhibit severe surface corrosion from standing. Check all suspension bushes for perishing and cracking, as rubber hardens with age and lack of movement. Inspect the exhaust system for corrosion caused by internal moisture accumulation during cold starts that never reached operating temperature. Examine the tyres thoroughly; the sidewalls will likely display micro-cracking and deformation from bearing the vehicle's weight in a stationary position for extended periods. A comprehensive underbody inspection is essential to assess the structural integrity of the chassis and sills, as standing vehicles often suffer from moisture traps accelerating localized rust.