2021 Vauxhall Mokka Elite NAV Premium EV Electric · SE21 GVG

The most recent MOT history for this Vauxhall Mokka Elite Nav Premium EV, tested just under a year ago on 2025-08-27, reveals a concerning pattern of repeated failures despite no recorded defects. The vehicle passed one test and failed the next on the same day at identical mileage, a highly unusual anomaly that suggests either a technical oversight in the testing process or an undocumented mechanical issue that evaded detection. The previous cycle in 2024 also ended in failure after a single pass, with the gap between tests spanning just three days—12,862 miles to 12,887 miles—indicating no meaningful progress in addressing underlying concerns. While the absence of defect descriptions leaves critical components uncommented, the repeated failures at identical mileages imply a systemic issue that has not been resolved through standard servicing. The recorded mileage of 23,881 miles over approximately five years—roughly 4,776 miles annually—is unusually low for a vehicle of this age, suggesting either limited use or prolonged periods of inactivity. The 2024 test cycle shows a near-static mileage increase between tests, with just 25 miles accumulated between the August 2024 pass and the September 2024 failure. This stagnation could indicate the vehicle was stationary for extended periods, potentially accelerating wear on fluid-sealed components like suspension bushes or brake calipers. The lack of mileage progression between tests also raises questions about whether the vehicle was driven at all between inspections, which could mask deeper issues such as corrosion or battery degradation in an electric vehicle. Given the repeated MOT failures without explanatory defects, a buyer should prioritise an independent inspection of the suspension system, particularly the rear axle and bushings, as these are common failure points in EVs due to weight distribution and lack of use. The braking system warrants scrutiny, including caliper binding, disc warping, and master cylinder condition, as repeated MOT failures often correlate with brake-related issues. Structural integrity should also be assessed, focusing on wheel arches, subframes, and battery compartment seals for corrosion—especially if the vehicle has been stored in damp conditions. The electric drivetrain’s health, including battery capacity and cooling system functionality, should be verified through diagnostic tools, as low mileage does not preclude battery degradation over time. The absence of defect details in the MOT history underscores the need for thorough mechanical verification beyond the official record.