2015 Volkswagen Polo 1.0L Petrol · GD65 WDY

The most recent DVSA examination on 29 January 2026 resulted in a pass, although two advisories were recorded: the nearside front tyre was noted as worn close to the legal limit and on its edge, and a radiator support bracket was observed as broken and missing. Looking at the broader four-year MOT history, the maintenance trend is broadly stable but punctuated by clear recurring concerns. The vehicle failed in January 2023 on exhaust emissions and an illuminated engine management indicator, which suggests intermittent powertrain or catalyst issues that may not have been fully resolved given the absence of follow-up emissions advisories since. A further failure in January 2024 related to non-functioning windscreen washers, and the most recent failure in January 2026 centred on insecure and partially non-operational headlamps, an insecure front registration plate, and a supplementary restraint system fault lamp. The recurrence of electrical and lamp-related defects, combined with the historical emissions failure, suggests that although the vehicle is presently roadworthy, it may be suffering from underlying wiring, earthing, or sensor issues that warrant closer scrutiny. With 73,547 miles recorded across an 11-year lifespan, the Polo has covered approximately 6,686 miles annually, which is broadly consistent with typical private use. There are no obvious large gaps in mileage accumulation from the recorded tests, indicating the vehicle has been in regular service rather than left standing for prolonged periods. This kind of usage pattern tends to keep internal lubrication, sealing, and drivetrain components in reasonable working order, although the mileage is sufficient for normal wear to be present on suspension bushes, brake components, and exhaust mountings. The fact that mileage is not unusually low reduces the risk of corrosion from standing, seized brake calipers, or perished fuel lines, but does not eliminate age-related degradation entirely. Regarding recurring advisories, the consistent reporting of nearside front tyre wear close to the limit and on its edge across both 2024 and 2026 strongly suggests an ongoing geometry or suspension concern. This should be investigated by checking wheel alignment, inspecting the front suspension arms, track rod ends, and anti-roll bar bushes for wear, as well as the condition of the strut top mounts and coil springs. On a test drive, listen for suspension knocking or clonking over uneven surfaces, watch for steering pull or vibration, and feel for any instability under braking that could indicate distorted brake discs, particularly given the 2024 advisory on front disc wear. The high handbrake travel advisory from 2025 points towards either stretched rear brake cables, glazed rear shoes or pads, or a caliper mechanism that may need adjustment or replacement. The radiator support bracket being broken and missing is a low-cost repair but should be rectified to ensure the radiator is properly secured against engine vibration. Beyond the recorded defects, given the vehicle's age of eleven years, prospective buyers should carry out time-based inspections even where MOT records are silent. Check the sidewalls of all tyres for cracking and perishing caused by age, as rubber degrades regardless of tread depth, and verify that the 12-volt battery is holding charge under load, particularly given the electrical faults that prompted the recent failure. Inspect the coolant, brake fluid, and gearbox oil for condition and correct specification, as fluids degrade over calendar years even with modest mileage, and confirm the timing belt or cam belt replacement interval has been observed according to Volkswagen's schedule. Lift the vehicle if possible to examine the underside for corrosion on subframes, brake lines, and exhaust mounting points, particularly around the rear axle where salt exposure is common. Finally, given the 2026 airbag warning lamp fault, a diagnostic scan with a Volkswagen-compatible tool should be carried out to confirm the supplementary restraint system is fully operational before purchase, as this is a safety-critical system that can be costly to repair if a crash sensor or wiring loom fault is present.