2013 Volkswagen Polo 1.2L Petrol · SH63 ESY

The vehicle presents a generally stable maintenance picture as of its most recent test in June 2025, though the record reveals a pattern of recurring minor defects rather than a clean bill of health. The current MOT, issued on 11 June 2025 at 85,353 miles, passed with zero defects, which is a positive sign. Yet that same day also produced a failed test citing a non-working windscreen washer and an inoperative offside headlamp on main beam. Both are minor electrical and driver-aid faults, easily rectified, but the fact they were flagged on the same date as a clean pass suggests the car was presented for retest almost immediately after repair. The underlying trend is one of steady upkeep rather than neglect, with no serious structural, braking, or suspension failures recorded in the most recent cycle. Mileage accumulation sits at roughly 6,566 miles per year over thirteen years, which is typical for a small hatchback of this type. The recorded figures show consistent annual use: 80,447 miles in June 2024, 69,360 miles in December 2022, and 85,353 miles by June 2025. There are no suspicious gaps or sudden jumps that would indicate long periods of standing or odometer discrepancies. The annual distance covered is moderate, meaning wear on consumables such as tyres, brake discs, and suspension bushes should be proportionate rather than excessive. The most persistent theme across the MOT history is front suspension wear. A worn nearside front lower suspension arm pin or bush appeared as an advisory in both the June 2024 fail and pass, while the December 2022 test flagged deterioration across all front lower suspension arm rear bushes. This is a common wear item on the VW Polo platform, but its recurrence across three separate tests suggests the bushes have been a long-term concern rather than a one-off replacement. A prospective buyer should physically inspect the front lower arms, ball joints, and subframe mounting points for play, cracking, and corrosion, particularly around the rear bush locations where rubber deterioration is most likely. Beyond suspension, the June 2024 failure recorded a serious fluid leak on the nearside rear shock absorber, a binding nearside rear service brake, and a major exhaust gas leak at the centre joint, alongside a lambda sensor reading outside specified limits. All of these were resolved before the June 2025 pass, but they point to a period of deferred maintenance or component fatigue around the 80,000-mile mark. A buyer should check the rear shock absorbers for oil misting, test the handbrake and rear caliper operation for binding, and inspect the exhaust centre joint and lambda sensor bungs for signs of recent replacement. The under trays noted in both 2024 tests may conceal underbody corrosion, so their removal for inspection is advisable before purchase.