2005 Hyundai Getz 1.1L Petrol · EF05 DBY

The vehicle passed its most recent MOT on 2026-06-09 at 91,138 miles, just six days ago, indicating it is currently roadworthy. However, the maintenance trend over the preceding three months shows a clear pattern of deterioration, with four tests in rapid succession and multiple failures related to recurring mechanical and safety issues. The repeated failures on brake fluctuation, corroded brake pipes obscured by grease, split CV boots, and persistent exhaust emissions problems suggest underlying neglect or incomplete rectification of known faults. While the latest test passed, several advisories remain concerning, particularly the missing passenger seats and seat belts, which indicate possible structural or interior compromise. The car has accumulated 91,138 miles over approximately 21 years, averaging about 4,340 miles per year—significantly lower than typical for its age. This low annual usage contrasts with the intensity of mechanical faults found, as many issues such as suspension leaks, brake corrosion, and drive shaft degradation are more commonly associated with higher mileage or poor storage conditions. Between January 2025 and March 2026, the vehicle added 10,500 miles in just over 14 months, suggesting a recent uptick in use after a likely prolonged period of inactivity, which may have accelerated component deterioration due to moisture buildup and lack of lubrication. A prospective buyer should inspect the rear brake system thoroughly, focusing on caliper condition and disc wear given the repeated fluctuation warnings and heavily corroded, greased brake lines that could hide pitting or weakness. The front CV boots require immediate attention—their long-standing splits expose joints to dirt and water, risking premature failure. Structural corrosion at the offside front seat belt anchorage point is a serious red flag, potentially compromising crash integrity. Additionally, the exhaust system’s ongoing emissions failures and leaks suggest the catalytic converter or lambda sensor may be degraded. Despite passing recently, the vehicle’s history reveals systemic maintenance gaps and unresolved risks that demand careful physical verification before purchase.