2012 Chrysler Ypsilon 1.2L Diesel · WR12 KFC

The vehicle passed its most recent MOT in July 2025 at 59,139 miles, though the test noted a deteriorated front registration plate. This follows a July 2024 test that initially failed due to excessive parking brake lever movement, worn rear shock absorber bushes, and nearside front tyre wear close to the legal limit. Those failures were rectified the same day for a pass, and the subsequent 2025 test shows no recurrence of those mechanical faults, indicating the maintenance trend improved after the 2024 defects were addressed. However, earlier tests in 2023 flagged a distorted offside front wheel and misaimed headlamp, suggesting prior inconsistent upkeep before the 2024 interventions. With approximately 4,224 miles recorded per year over its 14-year lifespan, the mileage is consistently low. The annual MOT records show steady accumulation without gaps: from 53,754 miles in June 2023 to 56,585 miles in July 2024 (a 2,831-mile increase), then to 59,139 miles by July 2025 (a 2,554-mile increase). This pattern confirms gentle use but contradicts the nearside front tyre's edge wear observed in 2024, which typically results from regular poor alignment or suspension neglect rather than low annual mileage. The sparse mechanical failures relative to the low mileage hint at possible extended standing periods or deferred maintenance despite the overall passing status. A buyer must inspect the rear suspension bushes thoroughly, as both rear shock absorbers showed excessive bush wear in the 2024 failure. Verify the parking brake lever travel and adjustment, given the 2024 fault. Check all wheels, especially the offside front, for distortion noted in 2023, and assess tyre wear patterns for signs of misalignment. Although the 2025 test did not repeat these issues, the history indicates these components require close scrutiny. Additionally, examine the underbody and wheel arches for structural corrosion, as the MOT records contain no corrosion advisories but the vehicle's age warrants verification.