2011 Chevrolet Spark 1.2L Petrol · FY61 MWG

A persistent history of recurring corrosion on the rear brake lines and frequent front tyre wear forms the core mechanical narrative of this Chevrolet Spark, culminating in a test passed on 2025-10-22 after a short-lived failure six days prior for excessively corroded rear brake pipes. Reviewing the multi-year testing record reveals a repeating pattern where brake pipe degradation is noted repeatedly as advisories before escalating to major structural defects, indicating that underlying corrosion issues have been managed on an annual basis rather than permanently resolved. Accumulating 54,699 miles over roughly fifteen years places this vehicle at an average of approximately 3,647 miles annually, representing a comparatively low usage profile for its age. While this modest yearly mileage indicates the car has spent limited time on the road, it does not exempt the mechanical systems from environmental aging or localized degradation, as evidenced by the steady accumulation of corrosion and rubber component deterioration spanning multiple consecutive MOT tests. Inspection prior to purchase should focus heavily on the entire length of the brake hydraulic system, specifically examining the rear brake pipes that were flagged for excessive corrosion in both 2020 and 2025, alongside verifying whether the grease noted in earlier advisories was used to mask underlying decay. During a static check and subsequent test drive, listen closely for any binding noises from the nearside rear service brake, which was previously recorded as binding, and check the engine and gearbox area for signs of the fluid leaks noted during the 2022 examination. Further attention must be directed to the steering and suspension components, particularly the offside front track rod end ball joint dust cover that showed deterioration in 2022, as well as the front tyres which routinely wear close to their legal limits on the edges. On the road, test the steering responsiveness for any play or knocking over uneven surfaces, assess the braking efficiency for pedal firmness and straight-line stopping without pull, and inspect all wheel arches and underbody mounting points for broader structural corrosion.