2021 Vauxhall Mokka Launch Edition EV Electric · LJ21 ADC

The Vauxhall Mokka Launch Edition EV presents a clean and stable MOT history, with the most recent test on 5 March 2026 at 17,838 miles passing without any defects. This follows a consistent pattern of compliance over the past two years, including a passed test on 19 March 2025 at 7,906 miles—despite an unusual duplicate entry for that same date, which may indicate a clerical error rather than a mechanical issue. The absence of advisories or failures suggests that routine maintenance has been addressed, and no recurring problems have emerged to suggest neglect or progressive deterioration. For an electric vehicle of this age and mileage, the lack of brake, suspension, or electrical system advisories is particularly notable, as EVs often require careful monitoring of regenerative braking components and high-voltage systems. The recorded mileage of 17,838 miles over approximately five years—roughly 3,568 miles annually—indicates very light usage, which typically reduces wear on consumables and mechanical systems. The gap between the 2024 test (6,122 miles on 22 May 2024) and the 2025 retest (7,906 miles on 19 March 2025) suggests the vehicle may have spent several months off the road, further limiting cumulative stress on components. Such low mileage is uncommon for a five-year-old vehicle and raises the possibility of either infrequent use or extended periods of inactivity. Without additional service records, it’s impossible to confirm whether the car has been stored properly, but the MOT history alone does not reveal any signs of disuse-related deterioration, such as seized bearings or degraded fluids. Given the clean MOT record, a prospective buyer should still conduct a thorough pre-purchase inspection, focusing on areas less likely to be caught by a basic MOT but critical for long-term reliability. Pay particular attention to the high-voltage battery cooling system, as EVs can suffer from thermal degradation even with minimal use, and check for any signs of water ingress or corrosion around the battery housing. Inspect the regenerative braking system for unusual noises or delayed response, as wear in the motor or inverter could manifest subtly. The suspension should be tested for uneven ride height or stiffness, which might indicate worn coil springs or degraded bushings despite no MOT advisories. Finally, verify that all fluid levels—including the battery coolant and brake fluid—are correct, as low mileage can sometimes mask slow leaks. The absence of MOT defects does not eliminate the need for a detailed mechanical check, especially in an EV where electrical and thermal integrity are just as critical as traditional mechanical wear.