2018 Volkswagen Amarok Highline V6 TDI 4MOT A 3.0L Diesel · FT18 RYB

Three consecutive MOT tests have confirmed roadworthiness with no defects recorded across the 2022, 2023, and 2024 assessments, painting a picture of consistent compliance over the past three years. The 2024-09-11 test completed the streak with a PASS result, and the absence of any advising throughout this period indicates that the engine, transmission, and primary safety systems have remained within acceptable parameters. Despite this clean record, the underlying usage pattern indicated by the accumulated mileage demands careful consideration when evaluating the vehicle's current mechanical state. With 98,150 miles recorded on a vehicle that is now eight years old, the annual accumulation of approximately 12,269 miles per year represents significantly above-average wear for its age group. While the clean MOT history demonstrates that no critical failures have been identified during the three most recent assessments, the sheer volume of kilometres driven suggests that components such as suspension bushings, brake caliper pistons, and the undercarriage assembly have experienced considerable stress. The interval between the 2023 and 2024 tests spans nearly four months, followed by another substantial gap before the final test, which may mask gradual degradation that did not trigger a warning until later intervals. Given the high mileage figure, buyers should prioritize a thorough inspection of the suspension linkage system, particularly checking for uneven wear on control arm bushings and signs of play when the wheels are moved vertically or horizontally. Brake performance warrants close attention as well, listening for any unusual noises or feeling for soft spots in the pedal travel, especially considering the elevated running distance. The undercarriage, where rust or corrosion is common in older diesel engines, should be examined for any structural weakness that might have developed over the extended service life. During the test drive, pay particular attention to how the vehicle handles rough terrain and sudden braking, as these conditions can accelerate normal wear in high-mileage units. Any knocking or clunking over bumps may indicate worn suspension components that require replacement before further driving. If the brakes exhibit vibration or reduced modulation capacity, this could signal internal caliper wear despite the clean MOT history. Ultimately, the combination of a pristine MOT record and substantial odometer reading creates a scenario where relying solely on the test results without verifying the physical condition of key wear points could leave hidden damage undetected.