2016 Audi A4 1.4L Petrol · DL66 GUJ

The vehicle presents a consistent history of roadworthiness compliance following a single suspension failure in late 2021, with five consecutive annual tests recorded without defects since that date. The most recent inspection on 2025-10-31 confirmed the vehicle met all safety and environmental standards, maintaining a pattern of defect-free results that extends back to the successful retest on 2021-12-15. The only recorded non-compliance occurred on 2021-12-14, where a major fault was identified for a fractured or broken nearside rear coil spring, a defect that was rectified within twenty-four hours to achieve the subsequent pass. This sequence indicates that the suspension repair was addressed promptly, and the absence of further advisories or failures in the intervening years suggests the remedial work has held without recurrence. The recorded mileage of 56,474 miles over a ten-year period equates to an average annual accumulation of approximately 5,647 miles, which falls below typical usage rates for a vehicle of this age. This low mileage profile suggests a usage pattern characterised by shorter journeys or extended periods of inactivity, which can have distinct mechanical implications compared to high-mileage counterparts. While wear on consumables such as brake discs and pads may be reduced, the age of the vehicle combined with limited operation increases the risk of degradation in rubber and plastic components, including suspension bushes, engine mounts, and vacuum hoses, which can harden or crack due to environmental exposure rather than mechanical stress. Buyers should anticipate that seals and gaskets may be prone to drying out, potentially leading to fluid weeping or air leaks that are not always apparent during static inspection. Inspection focus should remain on the rear suspension assembly, given the history of the fractured nearside rear coil spring. Although the vehicle has passed subsequent tests, it is prudent to verify the condition of the replacement spring and the associated shock absorber, as a broken spring can impose excessive loads on the damper unit or damage the dust cover and boot. Examine the nearside rear wheel arch and spring seat for signs of corrosion or stress marks that might indicate the original failure was caused by underlying rust or structural weakness. During a test drive, pay close attention to the rear of the vehicle when traversing uneven surfaces, listening for knocking or clunking noises that could suggest wear in the trailing arm bushes or subframe mounts, and check for any tendency of the vehicle to sit lower on the nearside rear compared to the offside. The low annual mileage warrants specific attention to systems that degrade with time rather than distance. On the test drive, monitor the operation of the braking system for any initial pedal sponginess or judder, which may indicate moisture ingress in the brake fluid or corrosion on disc surfaces due to infrequent heavy use. Verify that the steering returns to centre smoothly without binding, and check for any vibration through the floorpan at cruising speeds, which could point to wheel bearing wear or tyre defects exacerbated by stationary periods. Ensure all warning lights extinguish upon ignition and that the exhaust system remains free of excessive rattling, as heat cycling from short trips can accelerate the deterioration of exhaust hangers and catalytic converter mounts.