2012 Volkswagen Polo 1.2L Petrol · SD12 ECJ

The vehicle is currently unroadworthy and exhibits a clear trend of worsening mechanical condition. The most recent test on June 3, 2026, at 126,218 miles resulted in a significant failure across multiple systems including the suspension, braking, and emissions. While the car passed in April 2025, the rapid degradation from minor advisories to structural failures like a fractured coil spring within one year indicates that critical components are being neglected until they reach a point of failure. At 126,218 miles over 14 years, the Polo has averaged approximately 9,000 miles per year, which is consistent with typical UK usage for its age. However, the data shows a recent accumulation of nearly 17,000 miles between March 2024 and June 2026. During this period, the vehicle failed two MOT tests. The transition from light misting shock absorbers in 2024 to serious fluid leaks and corrosion by 2026 suggests a history of reactive rather than preventative maintenance. A buyer must prioritize a thorough inspection of the entire suspension assembly, as the record consistently flags worn control arm bushes and failing shock absorbers. The June 2026 failure revealed a fractured nearside coil spring and widespread corrosion across all rear springs, suggesting the structural integrity of the suspension components is compromised. Furthermore, recurring issues with parking brake efficiency and sticky rear calipers indicate that the braking system requires a professional strip and overhaul to ensure safe operation. The emissions failure in the latest test regarding high hydrocarbon levels suggests potential engine management issues or a failing front exhaust flexible pipe that needs immediate attention. Given that all three tyres were noted as near the legal limit in the most recent test, the vehicle likely requires significant investment to bring up to roadworthy standards. The pattern of ignoring thin brake pads and pitted discs confirms that the owner has only addressed faults when forced by an MOT failure.