2014 Volkswagen Caddy 1.6L Diesel · R15 JAP

A pattern of chassis, braking, and underbody deterioration has emerged across this Caddy's recent MOT history, with the most recent test on 21 July 2026 passing only after a prior failure on the same day for mismatched front tyres and an earlier dangerous failure the day before for an excessively worn nearside front wheel bearing, failing dampers at both rear corners, an ineffective wiper system, and a damaged rear bumper. The 2025 test cycle mirrors this pattern, passing only after the nearside front track rod end ball joint was found to be so worn that the lock nut was loose, presenting a serious risk of detachment. These are not isolated advisories but structural and safety-critical defects concentrated at the front suspension and rear axle, which together with the 2026 advisories for a corroded rear exhaust back box and grease-covered rear steel brake pipes point to an underbody and chassis that is ageing in line with its 121,491-mile odometer reading. The 2023 cycle also recorded a binding nearside rear service brake and corrosion damage to the nearside rear shock absorber casing, confirming that the rear axle deterioration flagged in 2026 has been developing over at least three test cycles. At twelve years old with 121,491 recorded miles, the Caddy is averaging roughly 10,124 miles per year, which is broadly typical for a working van of this age and indicates steady rather than occasional use. There are no multi-year gaps in the MOT record that would suggest extended periods off the road, so the recorded wear is consistent with continuous service. That continuity means the consumable and structural wear visible in the test record is mechanical mileage rather than age-related deterioration alone, and the recurring brake, damper, and suspension component failures suggest that the vehicle has been worked hard enough to demand replacement of those parts rather than cosmetic refreshment. A prospective buyer should interpret the mileage as neither unusually low nor unusually high, but as a working figure that aligns with the observed component wear. Given the documented failures and advisories, a pre-purchase inspection should prioritise a close examination of the front suspension, with particular attention to the nearside wheel bearing, track rod end, and any play in the front hubs, as these have been the source of dangerous defects within the last twelve months. On a test drive, listen for clonking or knocking from the front end over uneven surfaces, check for looseness or vibration through the steering wheel, and feel for any wandering or pulling that could indicate worn steering or suspension linkages not yet flagged at test. The rear axle warrants equal scrutiny: bounce the rear corners by hand to confirm damper resistance, given the negligible damping effect recorded on both rear shock absorbers in 2026, and check for fluid seepage, seized caliper sliders, or a dragging handbrake that would confirm the binding nearside rear brake advisory from 2023. The corrosion flagged on the rear brake pipes and shock absorber casing, together with the rotten exhaust back box, means the underside of the vehicle should be inspected on a ramp for any further spread of rust along the brake lines, handbrake cables, subframe, and suspension mounting points. Ask to see evidence of the recent replacement work carried out to clear the dangerous defects, including invoices for the wheel bearing, track rod end, shock absorbers, and any brake pipe or exhaust sections renewed. A handheld moisture meter or torch should be used to check for oil misting around the shock absorber bodies and for damp patches beneath the van indicating active fluid leaks. Finally, confirm the matching front tyres fitted at the 21 July 2026 retest and inspect the nearside rear bumper repair, ensuring the damaged section is not merely clipped back into place but properly refitted, as both items were reasons for test failure within the same week.