2016 Vauxhall Mokka 1.4L Petrol · JD66 JCK

The Vauxhall Mokka’s most recent MOT test on 2025-08-12—just under a year ago—shows a concerning pattern of two consecutive failures and passes at identical mileages, despite no recorded defects on either occasion. This suggests either a technical error in the MOT system or, more likely, a deliberate circumvention of proper testing procedures. The lack of any advisories or defects across five tests (spanning 2023 to 2025) implies no obvious recurring mechanical issues were formally identified, but the repeated failures at the same mileage warrant scrutiny. Without visible faults or advisories, the vehicle’s structural integrity and major systems appear to have passed inspection, though the irregularity in testing raises questions about transparency. The recorded mileage of 27,915 miles over a decade—roughly 2,792 miles annually—is unusually low for a vehicle of this age, suggesting prolonged periods of inactivity rather than consistent light use. The gaps between tests are consistent at one year, with no sudden spikes or drops in mileage between 2023 and 2025. This pattern could indicate the car was stored for extended periods, which may accelerate wear on components like suspension bushes, coil springs, and battery health. The absence of mileage jumps also means fewer opportunities for natural wear to manifest, though it doesn’t preclude underlying issues that might only surface under load or after prolonged use. Given the lack of formal defects in the MOT history, a buyer should prioritise an independent inspection of the suspension system, particularly the bushes and coil springs, for signs of dry rot or excessive play. The repeated failures at identical mileages hint at potential tampering with test procedures, so verifying the integrity of the exhaust emissions system and brake components—including caliper binding, disc thickness, and pad wear—is essential. Structural corrosion, especially around wheel arches and sills, should also be examined closely, as prolonged storage can accelerate rust development. Finally, the battery and electrical systems warrant attention, as inactivity can lead to parasitic drain or corrosion in terminals.