2009 Citroen C3 Picasso VTR Plus HDI 1.6L Diesel · PJZ 6046

The Citroen C3 Picasso Vtr Plus Hdi holds a secure roadworthiness status, supported by a remarkably clean maintenance trend that culminated in a straightforward pass on the fifth of April 2024 at ninety-eight thousand nine hundred and fifty-two miles. This follows an earlier failure on the twenty-eighth of March 2024 which carried no recorded defects, pointing toward a quick administrative rectification or a minor oversight corrected before retesting. The absence of recurring mechanical failures, structural corrosion flags, or advisory notes across the historical records indicates a vehicle that has avoided chronic neglect during its operational life. Averaging roughly five thousand eight hundred miles per year over its seventeen-year lifespan, the total mileage of ninety-eight thousand nine hundred and fifty-two miles sits notably below the national average for a diesel family multi-purpose vehicle. The MOT timeline reveals substantial gaps in testing activity, specifically between October 2021 and February 2023, followed by another quiet period stretching from April 2024 up to the current date in August 2026 without a fresh test on record. Extended periods of low usage or storage often accelerate degradation in rubber components, brake discs, and diesel particulate systems, meaning the low mileage figure requires careful contextual physical examination rather than automatic reassurance. Prospective buyers must prioritise a thorough manual inspection of the mechanical and underbody hardware during a physical viewing. Given the low annual mileage and intermittent testing gaps, check the condition of the brake discs and calipers for surface corrosion and binding caused by standing, alongside an inspection of the suspension bushes, coil springs, and drop links for age-related perishing. Verify the health of the diesel engine bay components, checking fuel lines and turbo ancillaries for leaks, while ensuring the chassis structural integrity remains free from excessive corrosion beneath the protective underseal.