2013 Chevrolet Spark 1.0L Petrol · YK13 PZT

The vehicle currently presents a stable roadworthiness status following a clean pass in April 2025 at 54,100 miles. This recent result indicates a significant improvement in maintenance after a period of notable neglect observed in 2024. While the 2024 failure revealed multiple critical defects across various systems, the two subsequent passes without recorded advisories suggest that the previous owner addressed the urgent mechanical and safety issues to bring the car back to an acceptable standard. At 13 years old, the 54,100 recorded miles are exceptionally low, averaging approximately 4,162 miles per year. The data shows a distinct spike in usage between April 2023 and April 2024, where the car covered over 10,000 miles in just twelve months. Since then, usage has slowed again to roughly 8,200 miles per the year. This low annual mileage pattern often leads to the degradation of rubber components and seals, which aligns with the specific mechanical failures noted in the history. A buyer must conduct a thorough inspection of the front suspension and braking system, as the history shows recurring faults in these areas. The offside front ball joint and its dust cover failed in both 2023 and 2024, indicating a potential weakness or component fatigue. Furthermore, the excessive corrosion on the rear brake pipes noted in two consecutive years suggests the vehicle may have been stored or driven in a harsh environment. You should verify that the replaced brake lines are of high quality and that the surrounding corrosion has not migrated to the structural chassis points or mounting brackets. The 2024 failure also highlighted a fractured front coil spring and a tyre with exposed cords, which indicates that basic preventative checks were previously overlooked. Given the low mileage, it is equally vital to check for dry rot in the tyres and perished rubber on wiper blades and bushings. While the most recent MOT is clean, the history of multiple simultaneous failures in a single test suggests that maintenance has historically been reactive rather than proactive.