2007 Volkswagen Polo 1.2L Petrol · MM07 AYF

The vehicle presents a concerning maintenance profile characterized by a reactive approach to repairs rather than preventative care. While it passed its most recent test in October 2025 at 121,708 miles, this followed a significant failure just nine days prior. The 2025 failure revealed a cascade of mechanical neglect, including a fractured coil spring, split drive shaft boots, and high exhaust carbon monoxide levels. The trend suggests that the owner only addresses faults when forced by an MOT failure, leading to an accumulation of multiple safety-critical defects between testing intervals. At 121,708 miles over 19 years, the Polo has averaged approximately 6,400 miles per year. This low annual mileage is typical for an older commuter car, yet the data shows a recent uptick. Between October 2024 and October 2025, the vehicle covered over 3,300 miles, indicating a slight increase in use over the previous years. However, the low mileage has not prevented the natural degradation of rubber components and metalwork, which is more consistent with a vehicle of this age than with high mechanical wear. A buyer must personally inspect the front suspension thoroughly, as the record shows recurring issues with track rod ends, anti-roll bar linkages, and coil springs. The 2025 failure regarding split CV boots is particularly telling, as the grease loss often leads to premature joint failure if not replaced. The presence of noted corrosion on the lower suspension arms since 2023 indicates that the chassis is beginning to surface rust, requiring a close look for structural integrity on the frame and mounting points. The braking system requires immediate attention following the 2025 failure for insufficient brake lever travel, which may indicate worn rear shoes or a failing master cylinder. Additionally, the repeated reports of perished and cracked rear tyres across multiple tests suggest the rubber is reaching the end of its life due to age regardless of tread depth. The high emission readings recorded in 2025 also suggest potential engine management issues or a failing catalytic converter that should be verified to ensure the vehicle remains efficient and compliant.