2015 Volkswagen Polo SE 1.0L Petrol · HXZ 7005

A notable feature of this Polo’s MOT record is the occurrence of two separate failures in successive years (early November 2023 and early November 2024) despite an otherwise clean history and no specific defects logged on either occasion. The subsequent re‑tests later in each month passed, indicating that the failures were likely resolved quickly or were administrative in nature rather than reflecting a persistent mechanical fault. At 121,182 mi the car averages just over 11,000 mi per annum, which sits comfortably within the normal usage envelope for a 2015 model. The MOT dates show a regular annual testing cadence with no multi‑year gaps, suggesting the odometer reading is reliable and the vehicle has not endured prolonged periods of inactivity that could conceal hidden deterioration. When you inspect the car, pay particular attention to the items most commonly scrutinised during an MOT. Verify that all exterior lighting functions correctly – dim or flickering headlamps, a non‑working indicator or brake light will trigger a failure. Examine the exhaust for excessive smoke, rattles or corrosion that could affect emissions compliance. Test the brakes for consistent pedal feel, absence of pulsation and sufficient stopping distance; listen for any grinding or squealing that might indicate worn pads or discs. Check the suspension by feeling for knocks or clunks over bumps, and inspect the wheel bearings for any grinding or play that could have contributed to the earlier failures. During a road‑test, listen for any unusual noises from the drivetrain, monitor steering response for pull to one side, and confirm that the vehicle accelerates smoothly without hesitation. Confirm tyre tread depth meets the legal minimum and that the tyres are evenly worn, as uneven wear can be a symptom of alignment or suspension issues. A thorough visual inspection of the under‑tray for oil leaks, coolant drips or rust will also help ensure that nothing has been missed that could surface in a future MOT.