1996 Citroen Saxo 1.4L Petrol · N802 AKV

The latest MOT test for the 1996 CITROEN SAXO concluded with a PASS on 2025-05-15, indicating that the vehicle met all regulatory standards at that time. However, the subsequent tests from 2024-05-28 to 2023-06-01 all ended in FAIL, suggesting a pattern of unresolved issues that may point to underlying mechanical concerns. This inconsistency in results warrants careful scrutiny, especially given the car’s age and mileage. The vehicle has accumulated 55,464 miles over roughly 30 years, which translates to an average of about 1,849 miles per year—considering it is 30 years old, this rate is relatively low but still demands attention to components that degrade over time. The recorded mileage, while not excessively high for its age, should be evaluated in context. A consistent low annual mileage can sometimes reflect minimal usage or extended periods of stationary operation, which may reduce wear on critical systems like the suspension, brakes, and drivetrain. Conversely, if the vehicle has been driven more frequently, the wear patterns could be more pronounced, particularly in the suspension bushes, coil springs, and brake discs. The absence of defects in the most recent MOT does not negate the need to monitor these areas closely during the test drive. For prospective buyers, it is essential to conduct a thorough inspection focusing on tyre condition, checking for any signs of perishing or uneven wear that could indicate alignment or suspension problems. Listen for any clunking noises from the suspension or binding in the calipers, which may signal worn components. The 12V battery should be tested for health, as age-related degradation can affect starting performance. Fluid levels and condition—especially brake, coolant, and transmission fluids—must be verified against service intervals. Additionally, verify that service book stamps are present and that maintenance has been consistent. Given the mixed MOT history, a cautious approach with a focus on wear indicators and functional systems is advisable to ensure long-term reliability.