2012 Volkswagen Polo 1.2L Petrol · CX12 XDD

The vehicle presents a mixed maintenance picture, with a clean pass recorded on 27 March 2026 at 99,570 miles, but only after a failed test on the same day and a further failure three days prior. The most recent failure on 27 March 2026 flagged an insecure offside front suspension arm with a loose inner bolt, a deteriorated track rod end ball joint dust cover, and a non-functioning offside stop lamp. These were rectified before the same-day retest passed with zero defects. The earlier failure on 24 March 2026 revealed a broader pattern of neglect, including worn front suspension arm bushes, a worn offside front tyre on the edge, an inoperative engine MIL, and rear brakes barely meeting imbalance thresholds. Taken together, the trend is one of recent improvement after a period of deferred maintenance, rather than a consistent record of proactive upkeep. The mileage progression is broadly consistent with typical use for a 2012 Polo. The vehicle recorded 96,739 miles on 26 March 2025 and 99,570 miles on 27 March 2026, representing an annual accumulation of approximately 2,831 miles over that twelve-month window. This sits below the vehicle's lifetime average of roughly 7,112 miles per year, suggesting either a change in ownership pattern or a period of reduced use in the most recent year. The MOT record itself is reasonably well documented across the two most recent test cycles, with no significant gaps in certification history visible in the supplied data. A buyer should pay close attention to the front suspension and steering components. The 2026 failures specifically identified a loose front suspension arm inner bolt and excessively worn suspension arm bushes, both of which directly affect directional stability and structural integrity. The track rod end ball joint dust cover was also deteriorated enough to allow dirt ingress, which accelerates wear on the joint itself. These items were evidently repaired or replaced ahead of the pass, but the underlying pattern suggests the front end has been operating with degraded components for some time. Inspecting the condition of the replacement fixings, bushings, and ball joints in person is advisable. The braking system also warrants scrutiny. The March 2026 failure noted rear brakes only just meeting imbalance requirements, indicating either a binding caliper, uneven pad wear, or a need for system adjustment. Combined with the March 2025 advisory on front brake pads wearing thin and slight play in the offside front wheel bearing, the braking and wheel-end components have shown repeated attention across consecutive test cycles. The nearside outer sill corrosion noted as holed in March 2025 remains a structural concern that should be physically verified, as corrosion of this nature can compromise the vehicle's structural integrity if left unaddressed. Tyre condition and correct fitting orientation should also be confirmed, given the edge-wear and sidewall orientation defects flagged in the 2026 failure.