2011 Volkswagen Caddy 2.0L Diesel · SK11 PTY

A pattern of front suspension wear, structural corrosion concern, and fluid leaks from the damping assemblies defines the mechanical history of this Volkswagen Caddy. Across seven recorded tests since 2020, the vehicle has passed five times and failed twice, with both failures centring on the front and rear suspension and seatbelt anchorage integrity. The most recent assessment on 24 March 2025 recorded a pass but flagged corrosion to the nearside rear integral body structure at the sill, where rigidity is presently maintained but the area warrants close physical inspection for progression. Advisories recorded in 2024 identified worn front suspension arm pin or bush on the nearside and slight play in the offside lower suspension arm ball joint, both of which are early indicators of accelerating wear in the front axle. A fractured nearside front coil spring and reduced damping effect on multiple front shock absorbers caused the 2022 failure, while a serious rear shock absorber fluid leak and weakened outer sill seat belt anchorage precipitated the 2020 failure, painting a recurring picture of chassis and damping component fatigue. With 184,974 miles recorded over approximately 15 years of service, this Caddy averages around 12,300 miles annually, which is a notably high accumulation rate for its age and indicative of sustained commercial or fleet-style utilisation. The mileage recorded between tests is broadly consistent with this steady working pattern rather than any obvious gaps or unusual jumps, suggesting the vehicle has been in regular use throughout the period covered by the DVSA record. From a mechanical standpoint, this high-mileage profile places considerable demand on wear items including the braking system, clutch, drivetrain mounts, and turbocharger if fitted, and explains the recurring advisories on suspension joints and dampers, which are components that deteriorate progressively with road loading and mileage accumulation rather than age alone. The 2023 advisory on prop shaft joint wear is consistent with sustained driveline activity at this mileage band. Prospective buyers should focus their physical inspection and test drive on the suspension and underbody areas flagged in the MOT history. Listen for clonks or knocking over uneven road surfaces, particularly from the front nearside, where worn suspension arm bushes have been recorded, and check for uneven tyre wear which often accompanies loose or worn front linkage components. Examine the offside front lower ball joint for any perceptible play by rocking the wheel with the vehicle raised. Given the historical fractured coil spring and reduced damping effect advisories, the vehicle is likely to feel less composed over undulating surfaces, with potential for continued bouncing or poor body control if the dampers have not been replaced; a sustained press on each corner should return the body to its rest position in a single controlled movement rather than oscillating. Inspect the outer sills carefully for any visible perforation, scaling, or bubbling paint around the lower edges, particularly on the nearside rear where the 2025 advisory was raised, and check the front sill areas in relation to the 2020 seatbelt anchorage failure to ensure repair work has been properly executed and remains structurally sound. Finally, inspect the rear shock absorbers for fresh oil residue and verify that no warning lights are active on the dashboard during the test drive, as persistent warning indicators could indicate unresolved mechanical or emissions faults not separately recorded in the test history.