2018 Audi Q7 3.0L Diesel · LP67 YYU

The most recent DVSA examination on 9 March 2026 resulted in a Pass, although three advisories were issued which merit careful attention from any prospective purchaser. Two of these advisories pertain to the front brake discs, with both the nearside and offside items recorded as worn though not excessively so, while a further advisory was raised against the offside rear coil spring. Whilst these observations did not constitute failure items at the time of test, they collectively indicate the early phases of wear on components that will inevitably require replacement within the vehicle's remaining life. Looking at the broader MOT trajectory, the vehicle has demonstrated a generally stable maintenance record, with consecutive Passes at each annual test from 2021 through 2025 and no recorded defects during those examinations. The 2023 test did include a prior Failure the day before on the same date owing to dangerously low tread depth on both front tyres, which was subsequently remedied, and the current advisories suggest a gradual rather than sudden decline in component condition as the vehicle accumulates further mileage. The recorded mileage of 78,768 miles across an eight-year service life equates to an annual average of approximately 9,846 miles, which is broadly typical for a vehicle of this age and category. The MOT history does not reveal any extended gaps in usage or any particularly rapid accumulation of mileage between test dates, indicating consistent and regular operation. For a large premium SUV such as the Audi Q7, this annual mileage pattern is neither excessively high nor concerningly low, and it tends to support reasonable component longevity by avoiding the pitfalls of prolonged standing. Nevertheless, the vehicle is approaching higher mileage thresholds where wear-related items such as suspension components, brake system hardware, and drivetrain peripherals typically begin to demand closer attention, a point reinforced by the recent advisories. Given the advisory for the offside rear coil spring, particular attention should be paid during any test drive to the behaviour of the rear suspension. Symptoms of a worn or weakened coil spring include a noticeable sagging or uneven stance at the rear axle, a clonking or knocking noise transmitted through the body when traversing undulating roads or speed humps, and a deterioration in handling composure particularly during load-carrying or cornering manoeuvres. The spring should be visually inspected for any sign of fracture, corrosion pitting, or loss of ride height, and the corresponding suspension strut, mounting, and bush should also be assessed for secondary wear. The advisories against both front brake discs suggest that the discs are approaching their minimum permissible thickness or are exhibiting lipping, corrosion, or uneven wear. On a test drive, the buyer should listen for any brake squeal, shudder through the steering wheel under firm application, or vibration indicating disc run-out, and should also verify that the vehicle pulls neither to the left nor to the right during moderate braking. With 78,768 miles accumulated, it is reasonable to budget for imminent replacement of both front discs and pads as a combined service item. Beyond the recorded advisories, an eight-year-old premium SUV with this mileage profile warrants a number of supplementary inspections prior to purchase. The 12-volt battery, particularly if it remains the factory installation, is likely approaching the end of its reliable service life and should be load tested. Brake fluid, coolant, and transmission fluid are all subject to calendar-based degradation and require periodic replacement irrespective of mileage, so service history stamps verifying these intervals should be examined. The tyres, although currently legal, should be checked for sidewall perishing, cracking, or uneven shoulder wear indicative of misalignment or suspension geometry concerns. Given the vehicle's four-wheel-drive architecture, a thorough inspection of the drivetrain for fluid leaks, driveshaft gaiter integrity, and any signs of binding or uneven wear at the hubs is also advised, alongside a check for exhaust system corrosion given the vehicle's age. Finally, a scan for any stored diagnostic trouble codes via an OBD reader would help identify latent electronic or emissions-related faults that would not necessarily surface during a standard road test.