2015 Audi Q7 3.0L Diesel · B9 LJJ

The November 2025 MOT test confirms the vehicle remains roadworthy with no defects recorded at 65,703 miles, maintaining a consistent pass trend over the past three annual tests. The single failure in November 2024—just one mile before passing the retest—suggests either a minor oversight or a component nearing its service interval, though no specific fault was logged. This pattern indicates stable mechanical condition, though the retest implies a component may have been close to failure. The most recent test, just six months ago, aligns with the 12-month MOT cycle, ensuring compliance with current legal standards. The recorded mileage of 65,703 miles over 11 years reflects unusually low annual usage, averaging just 5,973 miles per year. This could imply the vehicle has spent extended periods stationary, potentially accelerating wear on suspension bushes, coil springs, and fluid-based systems like brakes and power steering. The gap between the 2022 and 2023 tests—roughly 4,600 miles—suggests either a temporary layoff or deliberate underuse. While low mileage generally reduces mechanical stress, prolonged inactivity can lead to degraded rubber components and corrosion in critical areas like wheel bearings and exhaust mounts. Given the lack of recorded defects, priority should be given to inspecting suspension integrity, particularly rear coil springs and bushes, which often degrade silently over time. The 2024 failure—despite no logged issues—warrants scrutiny of brake calipers, pads, and binding mechanisms, as repeated near-failures can indicate worn guide pins or seized components. Corrosion checks are essential, especially around wheel arches, sills, and the subframe, where standing water may have accelerated rust. Fluid levels and condition in the brake, steering, and transmission systems should also be verified, as low mileage can mask leaks or degradation in sealed components. A thorough inspection of exhaust emissions and catalytic converter efficiency is advised, given the vehicle’s age and the potential for carbon buildup in diesel models.