2016 Volkswagen Caddy 2.0L Diesel · SM16 YDT

The 2016 VW Caddy presents a concerning pattern of intermittent failures across three separate MOT cycles between late 2025 and early 2026. Following a failed test on 2026-02-11 where the supplementary restraint system warning, severely damaged windscreen, and front track rod end ball joint were all flagged, the vehicle achieved a partial recovery with a clean pass on 2026-02-13 despite persistent minor issues around the rear registration plate and corroded rear shock absorbers. However, this improvement was short-lived as the next cycle at 2025-02-13 revealed substantially more severe problems including dangerously weak front and rear brake discs, fractured front coil springs, and tyres below the mandatory 1.6mm tread depth threshold. The current status reflects a vehicle that has experienced multiple safety-critical failures before achieving temporary compliance, suggesting inconsistent maintenance or underlying systemic issues rather than simple age-related degradation. The vehicle has accumulated 52,221 miles over approximately ten years, which averages to roughly 5,222 miles per annum—a rate notably lower than typical for vehicles of this age and model. This reduced mileage suggests either infrequent driving or extended periods of storage, neither of which provides sufficient operating stress to fully validate the reported component conditions. While the low odometer reading may initially appear reassuring, it also implies that critical wear items such as suspension bushings, brake pads, and drivetrain seals have had minimal exposure to operational strain, potentially masking latent degradation that would become apparent under normal usage patterns. The gap between the last confirmed pass (early February 2026) and the subsequent failed test (late February 2026) occurred within a narrow six-week window, indicating that even modest cumulative mileage can accumulate rapidly when the vehicle is regularly driven. The track rod end ball joints showed excessive play during the 2026-02-11 failure and remain a primary concern for the 2026-02-13 pass, requiring visual inspection for visible play or looseness when the chassis is lowered. Front brake disc condition remains a critical issue given the original 2025-02-13 failure report of discs being "seriously weakened"—on a test drive, the driver should note whether braking feels spongy, pulsating, or delayed, particularly when approaching corners or decelerating from speed. The front coil springs were declared fractured or broken in 2025, so a test drive should monitor for noticeable bounce or irregularity in the ride quality over bumps, though this is less immediately symptomatic than the braking concerns. Additionally, the rear registration plate lamp having recurred across multiple tests warrants verification that the electrical connection is secure and that the lamp operates correctly when illuminated. Given the documented history of safety-critical failures including dangerously compromised brake discs and structural linkage deterioration, a pre-purchase inspection focusing specifically on the front brake system, rear subframe integrity, and suspension geometry is essential. The corroded rear shock absorber casing noted in the 2026-02-13 pass suggests potential leakage or internal damage that could compromise damping performance over time. Buyers should also confirm that the tyres meet the minimum 1.6mm tread requirement and inspect the rear registration plate functionality, as recurring faults indicate possible underlying wiring or mounting issues. Ultimately, while the current MOT result is positive, the vehicle's inspection history reveals a pattern of progressive component failure that demands thorough physical verification before committing to purchase.