2011 Chrysler Ypsilon 0.9L Petrol · YX61 VMY

The 2011 Chrysler Ypsilon holds a current MOT valid until July 2025, having passed its most recent test on 15 July 2025 at 68,412 miles. The maintenance trend over the past five years is broadly stable, though the record reveals a notable spike in defects at the preceding test on 3 July 2025, just twelve days before the pass. That failure flagged a major exhaust gas leak, a seriously leaking and ineffective offside front shock absorber, headlamp aim faults, and a parking brake efficiency deficiency. The rapid retest and pass suggest these items were rectified promptly, but the cluster of faults in a single test window indicates a period of deferred attention rather than consistent preventative upkeep. The 2024 test also recorded an oil leak and a punctured nearside front tyre, reinforcing a pattern where consumable and wear items are addressed only when they reach a failure point. The mileage profile is notably low for a fifteen-year-old vehicle. Between July 2022 at 56,995 miles and July 2025 at 68,412 miles, the car covered just 11,417 miles over three years, averaging under 4,000 miles annually. The jump from 57,327 miles in July 2023 to 61,675 miles in July 2024 accounts for roughly half of that total, with the remaining 6,737 miles added in the final twelve months before the latest test. This uneven accumulation points to periods of very light use or standing, which can itself cause issues such as deteriorated rubber components, brake surface corrosion, and moisture ingress into fluid systems. The low annual mileage means wear on drivetrain and suspension components is likely modest in absolute terms, but age-related degradation remains a factor. A buyer should focus the physical inspection on the front suspension and braking systems. The July 2025 failure specifically identified the offside front shock absorber as having a serious fluid leak and negligible damping effect, a defect that directly affects ride control and braking distances. Even though it was reportedly repaired, the condition of both front dampers, their mounting bushes, and the coil springs should be examined for uneven sag, oil misting, or corrosion. The parking brake efficiency failure on the same test warrants a check of the rear brake calipers for binding, the handbrake cables for free movement, and the rear brake discs and pads for uneven wear or surface corrosion that can develop during long periods of standing. The exhaust system demands close scrutiny. The major gas leak recorded in July 2025 likely originated from a failed flexi-joint, cracked manifold, or corroded pipe section. A visual check for soot staining, pinhole perforations, and the condition of the catalytic converter mounting points is advisable, particularly given the vehicle's age. The recurring headlamp aim and bulb warning issues, while minor, suggest possible electrical gremlins or previous bulb replacements with incorrect units. Finally, inspect the underside for structural corrosion on the sills, subframes, and suspension mounting points, as low-mileage vehicles that stand for extended periods can still suffer from surface rust that compromises structural integrity over time.