2016 Audi Q7 3.0L Diesel · KU66 CYS

The 2016 AUDI Q7 presents a mechanical picture dominated by recurring wear patterns rather than isolated incidents, with the most recent 2025-10-22 MOT confirming continued presence of front brake disc deterioration alongside a persistent issue at the offside rear lower coil spring mounting. While the vehicle has managed five consecutive passes since 2019, the advisories reveal a consistent theme of early-stage component degradation that has accumulated over the past decade rather than resolving itself. The pattern shows front brake disc wear persisting across multiple test cycles, while the rear lower suspension system exhibits progressive damage—from initial cup splitting to mounting damage—that suggests either inadequate repair following initial failures or ongoing structural stress. This combination indicates a vehicle that has been under sufficient use to generate measurable wear but has not yet reached critical threshold conditions, though the persistence of these issues warrants careful attention before committing to purchase. The mileage figure of 38,628 miles on a ten-year-old vehicle represents approximately 3,863 miles per annum, which stands out as anomalously low given typical usage expectations for a large SUV of this age. Such a modest yearly accumulation rate could indicate extended periods of idling, seasonal storage, or potential odometer discrepancies that may not have been disclosed in the official record. When viewed against the historical test intervals—which span roughly annually from 2019 through 2025—the current mileage suggests the vehicle has experienced far fewer kilometres than would normally be expected for sustained daily operation. This discrepancy between reported usage and actual consumption raises questions about whether the vehicle has been regularly driven or has spent significant time parked, both of which affect how quickly the identified wear patterns will progress. Focusing on the specific components flagged in the MOT history provides clear guidance for the buyer. The front brake discs consistently show signs of pitting, scoring, or wearing down despite no serious weakening being noted, meaning that pad replacement and disc resurfacing or machining should be planned proactively once the next MOT cycle concludes. The offside rear lower coil spring mounting damage requires verification that the spring assembly remains secure and does not exhibit play or visible displacement during a test drive; any binding or uneven compression when pressing the suspension rod could indicate further deterioration. Additionally, the documented wear on nearside front lower suspension arms and bushings suggests checking for locator bar movement, excessive play in the suspension geometry, and possible rubber bushing degradation that might manifest as a clunking noise over bumps or subtle steering pull during cornering. Beyond the immediate component concerns, the cumulative effect of the recorded advisories implies a moderate level of mechanical investment required before the vehicle reaches its next major service interval. The front brake disc issue appears to be the most persistent problem, with each subsequent test noting continued wear even after previous repairs were indicated. Before finalising the purchase, the prospective buyer should arrange a thorough hands-on inspection of the rear lower suspension mounts and spring attachment points, perform a controlled test drive paying particular attention to braking feel and any abnormal noises from the rear suspension, and consider obtaining independent corroboration of the odometer reading given the unusually low mileage for a ten-year-old unit. Addressing the known weak points now can prevent escalation to more severe failures later in the vehicle's remaining life, especially given the limited annual driving exposure that typically slows component fatigue.