2017 Volkswagen Amarok Highline V6 TDI 4MOT A 3.0L Diesel · CT17 CFX

A pattern of inconsistent testing outcomes and intermittent failures defines the mechanical history of this vehicle, culminating in a test failure on 19 April 2025. While the vehicle successfully passed its MOT in April 2024, the record shows a lack of stability, evidenced by a failure just weeks prior to that pass and the subsequent failure in 2025. The absence of specific defect descriptions in the most recent failure records prevents a precise diagnosis of the current faults, but this volatility suggests that the vehicle has reached a stage where compliance with roadworthiness standards is no longer guaranteed, necessitating a thorough physical inspection of all major systems before any purchase. Accumulating 140,206 miles over nine years results in an average annual usage of approximately 15,578 miles, a figure significantly higher than the typical passenger vehicle. This high-mileage profile indicates that the Amarok has been subjected to sustained mechanical operation, which accelerates the natural fatigue of drivetrain components, suspension bushings, and heavy-duty chassis parts. Given this intensity of use, the vehicle is likely to exhibit advanced wear on high-friction areas and load-bearing joints, moving it into a lifecycle phase where the frequency of component replacement will naturally increase regardless of previous maintenance interventions. Particular attention must be directed toward the offside rear hub seal, which was flagged as leaking in May 2022. Even if a repair was attempted, the proximity of this leak to the brake disc and inner pad creates a high risk of oil contamination, which can compromise friction material performance and cause uneven braking or premature wear. During a test drive, listen closely for any grinding or whining noises originating from the rear axle under load, and observe whether the vehicle pulls to one side during firm braking, which could indicate a binding caliper or contaminated friction surfaces resulting from a recurring seal failure. The suspension and steering systems should be evaluated for play, as the high mileage will have placed significant stress on ball joints, track rod ends, and shock absorber mounts. When driving over uneven surfaces, listen for any metallic knocking or clunking sounds that suggest worn bushings or loose linkages. Furthermore, because the recent MOT failure records are devoid of specific defect details, a comprehensive pre-purchase inspection by a qualified technician is essential to identify the exact nature of the 2025 failure and to verify the structural integrity of the chassis, particularly in areas prone to corrosion that may have been overlooked in previous assessments.