2004 Citroen Xsara 1.4L Petrol · GF54 AEZ

The 2004 Citroen Xsara demonstrates stable roadworthiness based on its most recent MOT test on 2023-03-24 at 98,052 miles, which resulted in a pass with no defects recorded. However, the absence of subsequent tests since 2023-03-24—over three years ago—raises concerns about unmonitored mechanical degradation. The vehicle’s maintenance history shows consistent annual mileage of approximately 4,457 miles, with no recurring faults or structural issues flagged across six consecutive MOTs from 2020 to 2023. This suggests the previous owner prioritized basic compliance, but the lack of recent data limits confidence in its current condition. The vehicle’s low mileage of 98,052 miles at 22 years old aligns with a pattern of minimal use, averaging 4,457 miles annually. This contrasts with typical wear rates for older vehicles, where higher mileage often correlates with accelerated component fatigue. The MOT records show no gaps in testing, with passes recorded every 12 months from 2020 to 2023. However, the 2023 test included two entries on the same date—one pass and one fail—both with no defects, an anomaly that may indicate administrative error. The consistent mileage and absence of critical failures suggest the car was maintained to meet legal standards, but long-term storage risks remain unaddressed. A buyer should prioritise inspecting the vehicle’s underbody for corrosion, particularly around the chassis and suspension components, given its age and low usage. The suspension system, including coil springs and bushes, may exhibit stiffness or wear from infrequent operation. Brake discs and calipers should be checked for uneven wear or binding, as low-mileage vehicles can develop seized components. Additionally, the exhaust system and emissions controls warrant scrutiny, as prolonged inactivity may affect catalytic converter efficiency. While the MOT history shows no immediate risks, the lack of recent testing necessitates a thorough pre-purchase inspection to confirm the car’s mechanical integrity.