2009 Chevrolet Matiz 1.0L Petrol · LS59 RNN

The vehicle is currently roadworthy but the maintenance history reveals a trend of reactive rather than proactive care. While the car passed its most recent test on 31 December 2025 at 74,203 miles, this followed just one week after a significant failure involving multiple safety defects. The persistence of corroded brake pipes and excessive park brake travel across several years indicates that critical mechanical components are only addressed when they reach a point of failure rather than being maintained during routine servicing. At 74,203 miles, this 2009 Chevrolet Matiz has covered very low mileage, averaging approximately 4,365 miles per year over its 17-year life. This low usage pattern is consistent with the recorded degradation of rubber components, such as the recurring cracking and perishing of tyres noted in 2023 and 2024. However, the low mileage suggests the vehicle may have sat for long periods, which often explains why components like brake pipes corrode and tyres begin to fail due to age-related oxidation rather than wear and tear. A buyer must conduct a thorough inspection of the braking system, specifically targeting the corroded brake pipes that have been flagged since at least December 2024. The tester noted significant free travel in the park brake, which suggests worn cables or a failing adjuster mechanism that requires immediate adjustment or replacement. Additionally, the persistent oil leak identified in late 2024 needs a physical assessment to ensure it is not indicative of a developing gasket failure or engine seal degradation. Given the history of failed inspections for exposed cords and low tread in 2025, the entire tyre suite should be checked for perished sidewalls. The previous failure of the offside track rod end dust cover indicates that suspension rubber components are reaching the end of their functional life. Close attention should also be paid to the exhaust system, as the minor gas leak reported in 2023 may have progressed into a structural failure in the manifold or primary piping.