2020 Volkswagen Caddy 2.0L Diesel · SC05 DOT

A pattern of persistent brake-related advisories sits at the centre of this Caddy's MOT record, with all four brake discs flagged for surface wear, pitting, and scoring at the January 2024 test despite the vehicle passing outright. Although no brake defects were recorded in 2025 or at the most recent test on 5 January 2026, the fact that every disc on the vehicle was showing measurable corrosion and wear two years prior suggests that the braking system has been operating at the threshold of acceptable condition for some time. The 2026 pass did not come entirely clean either, with a tyre advisory noting the front pair were worn close to the legal limit and exhibiting pronounced inner-edge wear, which is a geometry-related issue rather than simple tread depletion. Taken together, the record shows a vehicle that is technically roadworthy at present but has demonstrated a tendency for its friction and contact components to demand attention at roughly annual intervals. Against a six-year manufacturing age, the recorded mileage of 65,283 miles equates to an annual accumulation of around 10,880 miles, which sits comfortably within the expected band for a light commercial vehicle of this type. There are no significant gaps in the testing history, no multi-year absences that would suggest prolonged storage, and no sudden jumps or drops in odometer readings that would raise concerns about clocking or inconsistent use. This continuity of use is mechanically relevant because it implies that consumable items such as brake discs, pads, tyres, and suspension components have been subjected to steady wear rather than the accelerated degradation that often follows long lay-ups followed by sudden return to service. The mileage profile therefore supports a reasonable expectation of normal component life cycles, although the brake and tyre wear already observed indicates those cycles may be shorter than the mileage alone would predict. For a prospective buyer, the braking system warrants close physical inspection and a measured test drive. With all four discs previously recorded as pitted and scored, the corrosion lip on the disc edges should be checked by running a fingertip around the perimeter, and any sensation of roughness beyond a light ridge is likely to indicate that replacement is imminent. Under braking at speed, any vibration through the pedal, judder through the steering wheel, or a pulsing sensation suggests the discs have worn beyond the point of acceptable run-out and would need machining or renewal. The front brake calipers should also be examined for smooth sliding on their carriers, as binding callipers are a common consequence of disc wear on commercial vehicles that carry heavy or variable loads, and would manifest as pulling to one side under braking or uneven pad transfer across the disc face. The tyre advisory concerning inner-edge wear on both fronts points towards a wheel alignment issue, most likely involving camber deviation or worn suspension components rather than simple inflation or tyre quality concerns. On a test drive, this should be evaluated by driving over uneven road surfaces and listening for clonking or knocking from the front suspension, which would suggest worn drop links, anti-roll bar bushes, or top mount bearings. Steering behaviour should be monitored for any drift or pull to one side on a straight, particularly under light braking, and any vagueness around the straight-ahead position could indicate that the geometry has been compromised by worn track rod ends or compliance bushes. The nearside and offside front suspension arms, subframe mounting points, and coil springs should all be visually inspected for any signs of corrosion, as the Caddy platform is known to develop surface rust in these areas, and any structural concerns at MOT level would normally appear as advisories before progressing to failure.