2018 Audi Q7 4.0L Diesel · LB 2321

A pattern of significant mechanical neglect and structural stress defines the testing history of this Audi Q7, punctuated by multiple test failures that culminated in a dangerous classification across all four tyres and a fractured nearside front alloy wheel in May 2025. While the subsequent annual test on 26th May 2026 resulted in a clean pass with no recorded defects, the historical record shows recurring tyre wear issues, a malfunctioning engine management lamp in 2024, and front and rear brake pads noted as wearing thin in 2021. This mix of severe past defects and intermittent failures indicates that roadworthiness has fluctuated heavily depending on immediate component replacement prior to testing rather than consistent preventative upkeep. Standing at 82,243 miles across its roughly eight-year lifespan, the vehicle has accumulated mileage at an average of approximately 10,280 miles per annum, aligning closely with typical UK driving patterns without any abnormal gaps or extended periods of inactivity. This standard usage rate distributes wear evenly across the drivetrain, heavy multi-link suspension, and braking systems, though the heavy mass of a large SUV naturally accelerates wear on these high-stress assemblies regardless of whether the annual mileage is average or elevated. Given the history of a fractured alloy wheel and multiple instances of dangerous tyre degradation and edge wear, a physical inspection of all four wheels, steering geometry, and suspension components is critical before purchase. On a test drive, listen carefully for any structural knocks or clunks from the front and rear axles over potholes or uneven road surfaces, which would indicate compromised suspension bushes, ball joints, or wishbones struggling under the vehicle's considerable weight. Additionally, ensure the steering tracks straight without pulling and check for any wheel vibration at motorway speeds that might reveal lingering alignment or wheel balance issues resulting from past impacts. The previous engine management lamp failure alongside historical thin brake pads requires a thorough functional check of the dashboard warning displays and braking system performance. During the test drive, test the brake pedal feel for any sponginess or judder, confirming that the discs and pads were renewed effectively following the earlier thin wear advisories and that stopping power is immediate and balanced. Verify that all dashboard readiness lights cycle correctly on startup without any hidden fault codes stored in the engine control unit, ensuring the previous MIL fault has been fully resolved rather than temporarily cleared.