2020 Audi Q5 3.0L Diesel · KN20 DXW

A remarkably clean testing record defines this vehicle's official roadworthiness history, with four consecutive defect-free passes following a single initial failure in February 2023. The vehicle cleared its most recent annual inspection on 6 March 2026 with a clean pass, maintaining a completely clear advisory history across four consecutive years. While the initial MOT on 10 February 2023 resulted in a refusal of a test certificate without specific defects detailed in the public record, it was successfully rectified within thirteen days. The trajectory of official roadworthiness assessments since that single failure shows a consistently stable profile free from flagged component wear, oil misting, or structural corrosion concerns. Amassing 75,402 miles over approximately six years equates to an annual usage rate of around 12,567 miles, placing this vehicle above the UK national average for annual distance covered. This higher accumulation indicates steady road usage rather than long periods of stationary storage. Mechanically, higher mileage subjects key running gear to continuous wear cycles, particularly the suspension linkages, shock absorbers, brake friction material, and drivetrain components. Higher mileage on a modern all-wheel-drive SUV typically accelerates wear on multi-link front suspension bushes and lower control arms, which undergo substantial loading during urban maneuvering and high-speed motorway cruising alike. Given the absence of specific recorded advisories on the official MOT history, a prospective buyer must focus on physical checks tailored to an Audi Q5 reaching this age and mileage threshold. During a thorough road test, pay close attention to ride refinement and handling characteristics. Listen for deep metallic clunks or subtle creaks when traversing speed bumps or uneven road surfaces, which point to worn front multi-link suspension arm bushes or degraded anti-roll bar links. Verify that the steering stays straight without pulling to either side under hard braking, and feel for any high-speed vibration through the floorpan or steering wheel that might indicate worn wheel bearings or imbalance in the driveshaft assembly. The braking system requires careful evaluation for pedal feel and response, checking for pedal judder or pulsation under sustained effort that suggests warped brake discs or uneven friction material deposition. Furthermore, on modern four-wheel-drive platforms accumulating higher mileage, smooth gear shifts from the automatic transmission and quiet operation from the all-wheel-drive transfer box and rear differential are critical. Listen for any low-frequency hums or whining noises during acceleration or overrun at cruising speeds, and ensure there is no hesitation, jerky engagement, or slip when pulling away from a standstill or performing low-speed parking maneuvers.