2012 Chevrolet Spark 1.0L Petrol · SB62 HVS

Recurring issues with lighting, braking components, and structural corrosion define the mechanical history of this Chevrolet Spark, which most recently secured a pass on 20 December 2025 following an initial failure for dangerous tyre tread depths and a faulty headlamp. While the vehicle has returned to a clean MOT status in the most recent inspection, the historical record reveals a consistent pattern of failures and advisories that suggest a need for vigilant monitoring of consumable parts. The transition from repeated brake and structural advisories in 2021 and 2022 to a clear test in 2025 indicates that previous defects were addressed, though the frequency of these issues over the last five years necessitates a thorough physical inspection of the undercarriage and braking system. Accumulating 61,234 miles over fourteen years results in an average of approximately 4,374 miles per annum, a low usage profile that often leads to accelerated degradation of stationary components. Vehicles subjected to such infrequent use are prone to surface corrosion on brake discs and structural members, as well as the potential for seized linkages or perished rubber seals. This mileage pattern requires the buyer to look beyond the odometer reading and focus on the current state of parts that may have suffered from prolonged periods of inactivity, particularly regarding the integrity of the braking system and the condition of the subframe. When inspecting the vehicle, particular attention must be paid to the front subframe and the rear brake pipes, both of which were flagged for corrosion in previous years. During a test drive, listen closely for any structural creaks or metallic groaning when traversing uneven surfaces, which could indicate that the subframe corrosion has progressed beyond the surface level. Simultaneously, test the braking performance by applying moderate pressure at low speeds; any pedal judder or a lack of responsiveness may point to the return of the pitting or scoring on the front discs that was previously noted as an advisory. The lighting system has been a frequent point of failure, with multiple instances of inoperative headlamps and position lamps recorded across several tests. Ensure all light clusters are fully functional and check for signs of water ingress or loose wiring connections, as these are common causes for the recurring electrical faults seen in this vehicle's history. Finally, verify the condition of the exhaust system, specifically the mountings, as these were previously identified as defective and can lead to excessive vibration or rattling if they have worn down or failed again due to age-related brittleness.