2016 Volkswagen Caddy 1.6L Diesel · LA53 DSS

Repeated failure episodes punctuated by clean passes characterise the MOT history of this 2016 Volkswagen Caddy, which most recently passed an examination on 202 April 2 after overcoming major structural and component defects. The record reveals a recurring vulnerability regarding tyre condition and front suspension wear, moving from minor brake disc and pad wear advisories in 2023 through severe tyre structural failures and engine management warning lamp faults in 2024, culminating in a nearside front suspension arm bush failure and incorrect tyre fitment earlier this year. This trajectory shows a persistent pattern of maintenance issues arising at annual testing intervals rather than a steadily deteriorating mechanical baseline. Accumulating 100,873 miles over its decade on the road places this commercial vehicle at an average of roughly 10,087 miles per year, a typical annual rate for a light utility vehicle of this age. Testing frequency has remained regular with no extended gaps or prolonged periods off the road, indicating consistent utilisation rather than storage-related idleness. Mechanically, this mileage accumulation means that the primary load-bearing structures, drivetrain assemblies, and steering linkages have experienced a full decade of operational stress, shifting the focus of any thorough pre-purchase inspection entirely onto the cumulative wear of these high-mileage running gear components. Targeted scrutiny of the front end is mandatory during a physical inspection, specifically focusing on the nearside front suspension arm bush that required replacement following the April 2026 failure. On a test drive, listen closely for clunking, knocking, or hollow thuds from the front corners when navigating uneven road surfaces, speed humps, or potholes, which would indicate residual play or secondary wear in the wider wishbone mountings and anti-roll bar links. Furthermore, inspect the front brake discs and inner pads, which were flagged for scoring and thinning during earlier testing, ensuring there is no pedal judder under braking or metallic scraping sounds that would signal ongoing friction material depletion. Tyre management requires strict verification given the vehicle's history of dangerous defects, including exposed ply cord incidents and incorrect rotational or directional fitting on the rear axle. Check the DOT date stamps and inspect all four tyre shoulders for uneven wear patterns, as rapid edge scrubbing often points to underlying wheel alignment drift or geometry misalignment linked to tired suspension joints. Finally, verify that the engine management system illuminates correctly upon ignition and extinguishes promptly once the engine starts, ensuring the MIL circuit remains fully functional without masked fault codes stemming from past electronic anomalies.