2008 Volkswagen Polo 1.2L Petrol · SC08 KMU

The most recent MOT, carried out on 11 February 2026, was a pass but it was accompanied by a suite of advisories covering the rear heat‑shield, a split rear‑exhaust mounting rubber, a minor oil‑seal leak, damage to both rear tyres and corrosion of the off‑side front coil‑spring. While the vehicle has managed to clear the last test, the preceding twelve months are dominated by a series of failures – notably repeated faults with the side‑repeaters, CV‑boot splits, anti‑roll‑bar linkage wear, rear shock leakage, a fractured rear coil‑spring and a front brake disc flagged as dangerously weakened. This pattern shows that the car has moved from a period of significant mechanical neglect to a marginally more stable state, yet a number of critical components remain either unrepaired or only superficially addressed, indicating that the overall maintenance trajectory is still on the cautious side of improvement rather than fully resolved. At 112 527 miles on the odometer the Polo averages roughly 6 250 miles per year over its 18‑year life, a usage rate that sits comfortably within the normal range for a small family hatchback. The mileage does not suggest extreme abuse, but the relatively modest annual run‑off combined with the age of the vehicle points to periods of low utilisation or prolonged standing. Such intervals can accelerate age‑related deterioration – for example, rubber components hardening, brake discs developing surface corrosion, and battery plates sulphating – even when the total distance travelled is modest. Prospective buyers should give particular attention to the items that have recurred in the MOT records. Verify that both side‑repeaters now operate correctly; a non‑functioning alarm can be heard as a faint click when the handbrake is applied and may be accompanied by a dashboard warning. Inspect all CV‑boot joints on the front drive shafts for cracks or splits that allow dirt ingress, as a failing boot often leads to clicking noises on acceleration and eventual joint failure. Examine the rear suspension for any signs of fluid leakage from the shock absorber, and check the integrity of the rear coil‑springs for cracks or broken coils, which would manifest as a pronounced clunk over bumps and uneven tyre wear. The front brake disc, previously flagged as dangerously weakened, should be measured for thickness and inspected for deep scoring; any pulsation or shudder under braking would indicate that replacement is imminent. Additionally, the rear heat‑shield and exhaust mounting rubber should be checked for looseness or deterioration, as a loose shield can rattle at speed and a cracked mount may allow exhaust vibration to be transmitted to the chassis. Given the vehicle’s age, a thorough visual and tactile assessment of the tyres is essential – look for sidewall cracking, dry rot or tread separation, especially on the rear tyres already noted as slightly damaged. Test the 12 V battery’s cranking voltage and check for any signs of electrolyte leakage or terminal corrosion, as a battery that has spent long periods idle can lose charge rapidly. Verify that all fluid levels (engine oil, coolant, brake fluid and power‑steering fluid) are topped up and consider a complete fluid change if the service history is incomplete, since fluids degrade over time regardless of mileage. Finally, confirm that the service book contains recent oil changes, brake servicing and suspension component replacements; absent documentation, budget for a comprehensive inspection by a qualified mechanic to address the lingering advisories before committing to purchase.