2008 Citroen Xsara Picasso 1.6L Diesel · HW08 FHP

The vehicle presents a concerning roadworthiness profile with a worsening trend regarding structural integrity and mechanical neglect. While the most recent test in March 2025 at 77,577 miles was a pass, it followed a failure just one day prior due to exhaust emissions and suspension issues. The record reveals a pattern of the owner only addressing the minimum requirements to pass the test, as evidenced by the recurring failure to rectify structural corrosion and tyre issues that have persisted over the last two years. At 18 years old with 77,577 miles, this Citroen shows an exceptionally low mileage pattern, averaging approximately 4,300 miles per year. This low usage often correlates with the degradation of rubber components and accelerated corrosion rather than mechanical wear tear. Between March 2024 and March 2025, the vehicle covered only 9,663 miles, yet it failed for smoke-related smoke emissions and anti-roll bar linkage failures. This suggests the car may sit for long periods, which likely contributes to the fluctuating brake performance and the engine's turbo-related emissions failure. A buyer must conduct a thorough physical inspection of the sills and rear suspension mounting points. The history shows a progression from surface corrosion in 2023 to excessive corrosion that significantly reduced structural strength in March 2024. Although the 2025 test downgraded this to not considered excessive, the recurring nature of these adverts indicates a high risk of structural failure. You should check for deep rust penetration beyond the blisters noted on the inner and outer sill panels. The mechanical state also requires scrutiny. The rear brakes have been flagged as imbalanced and fluctuating since 2023, indicating potentially seized calipers or warped discs. Furthermore, the repeated failures for front tyres being worn to the legal limit suggest a lack of basic preventative maintenance. Ensure the anti-roll bar linkages and exhaust system are thoroughly inspected, as these have proven to be points of failure in recent testing.