2010 Volkswagen Caddy 2.0L Diesel · ND60 ABK

Structural oxidation forms the primary mechanical theme of this 2010 Volkswagen Caddy, highlighted by the most recent MOT pass recorded on 11 September 2026 at 109,158 miles. While the vehicle has successfully cleared its annual statutory tests without a formal refusal since at least 2022, the most recent inspection introduces new advisories noting that both the front and rear sub-frames are corroded though not yet seriously weakened. This development sits alongside a persistent pattern of recurring items from prior tests, including an insecure rear exhaust heat shield and an intermittent nearside registration plate lamp failure that appeared across multiple historical test entries, pointing to minor electrical and mounting wear that requires ongoing attention rather than a sudden mechanical decline. Accumulating approximately 6,822 miles per year over its sixteen-year lifespan, the total mileage sits right at the expected national average for a commercial panel van of this age. This steady and balanced utilization pattern avoids both the accelerated mechanical fatigue associated with high-mileage fleet work and the rubber degradation or seizure risks sometimes found in vehicles left standing for prolonged periods. However, a consistent accumulation at this moderate rate still subjects the chassis, suspension joints, and drivetrain components to standard wear and tear commensurate with age, making physical inspection of current load-bearing areas essential during a pre-purchase evaluation. On the test drive, specific attention must be directed toward the sub-frames and the exhaust system given the recent and historical advisories. Drivers should listen closely for any metallic rattles, vibrations, or resonance from beneath the cabin floor, which would indicate that the insecure rear exhaust heat shield is contacting the exhaust pipe or chassis. Suspension loads should be tested by driving over uneven road surfaces, speed humps, and potholes to check for any dull thunks, clunks, or instability originating from the front and rear axles where the corrosion was flagged, ensuring that the structural mounting points for the suspension wishbones and sub-frame assemblies remain rigid and free of excessive play. Buyers should also inspect the condition of the tyres, noting the recurring historical advisories regarding edge wear on both the front and rear axles. A close visual check of the tread depth across the full width of each tyre will confirm whether wheel alignment or suspension geometry requires adjustment. Additionally, verifying the operation of all exterior lighting, specifically the registration plate lamps that have generated minor defects in past tests, will ensure the electrical connections are stable and free from corrosion or water ingress.