2012 Chevrolet Spark 1.0L Petrol · LT12 NBZ

The vehicle presents a mixed maintenance profile with a recent trend of resolving significant mechanical issues. While the most recent test on 1 November 2024 at 77,041 miles resulted in a pass with no defects, this followed a failure just one day prior. That failure highlighted several suspension concerns, including worn front suspension arm bushes and insecure track rod end ball joint dust covers, alongside noted corrosion on the front subframe. The successful clearance of these items suggests recent remedial work was undertaken to address these specific components. The mileage pattern indicates low annual usage, averaging approximately 5,500 miles per year over its fourteen-year lifespan. This low-intensity use is reflected in the gradual progression from 32,020 miles in February 2015 to 77,041 miles in late 2024. Although the low mileage suggests less drivetrain wear, the history reveals that the vehicle has been subject to age-related degradation, particularly regarding rubber components and corrosion, which is common for vehicles that may spend extended periods stationary. A prospective buyer should focus physical inspections on the vehicle's structural integrity and braking system. The record shows a recurring pattern of brake pipe corrosion, with multiple advisories and failures dating back to 2018 and 2019. Although the 2024 test was clean, the previous mention of front subframe corrosion necessitates a thorough underside inspection to ensure no significant structural decay is progressing. The tester also flagged Macpherson strut top bushes and various ball joint issues in the past, so checking for any renewed knocking or play in the steering and suspension is advisable. Finally, the history of deteriorated CV boots and lighting failures suggests that while major mechanical repairs are being made, smaller consumable items and electrical bulbs have occasionally been overlooked. Inspecting the condition of all drive shaft boots and ensuring all exterior lighting functions correctly will confirm if the recent maintenance has been comprehensive. The transition from the heavy failures seen in late 2023 and late 2024 to a clean pass in November 2024 is a positive sign, provided the underlying corrosion issues are properly managed.