2017 AJS ZN 0.1L Petrol · WK17 AZF

The vehicle shows an inconsistent maintenance trend that appears to have stabilized following a period of significant mechanical neglect in late 2020. While the most recent recorded test in September 2021 at 10,712 miles resulted in a pass, the preceding history reveals a failure on 1 December 2020 involving multiple critical faults. These included lighting failures, a faulty horn, incorrect throttle operation, and a rear tyre with insufficient tread depth. The subsequent pass in December 2020 noted a minor exhaust leak and steering headbearing issues, suggesting that while the immediate failures were rectified, some underlying mechanical concerns remained. The recorded mileage of 10,712 miles is exceptionally low for a 2017 model, averaging roughly 1,190 miles per year. This pattern indicates the vehicle has spent significant time stationary or has seen very light seasonal use. The gap in MOT testing between the September 2021 test and the current date of July 2026 is substantial. Given the low annual usage, the vehicle has likely been sitting for extended periods, which often leads to component degradation that is not always captured by mileage alone. A prospective buyer must conduct a thorough physical inspection of the steering assembly. The 2020 records repeatedly flagged the steering headbearing for both free play and stiffness, indicating a potential issue with the headset or bearings that may persist despite previous repairs. The exhaust system also requires scrutiny; the December 2020 test identified a cracked downpipe and a damaged exhaust strap, so the integrity of the manifold and mounting points should be verified to ensure no further leaks have developed. The low-mileage, long-term storage profile suggests a high risk of perished rubber components and seized parts. The September 2021 advisory regarding a perished front tyre is a clear indicator that age-related degradation is affecting the consumables. I recommend checking all tyre sidewalls for cracking, inspecting all fuel and brake lines for brittleness, and ensuring the battery and electrical systems are fully functional, as these are common failure points for vehicles with this specific usage pattern.