2023 Vauxhall Mokka Ultimate EV Electric · BP23 KNF

This Vauxhall Mokka Ultimate EV presents an exceptionally clean roadworthiness profile, with its sole DVSA examination on 10 April 2026 returning a pass and no advisories or defects of any kind recorded against the vehicle. With only one test on file and a flawless result, there is no historical pattern of component wear, corrosion, or recurring concern that would warrant concern under the test categories. The absence of any flagged items on a relatively new vehicle is consistent with expectations, but it does mean that no prior advisory trend can be used to predict where wear may next emerge. Any buyer should treat this as a baseline clean record rather than a long-term proven track record, and rely instead on physical inspection to gauge the next phase of mechanical development. The recorded mileage of 2,225 miles against an age of approximately three years equates to an annual accumulation of around 742 miles, which is markedly below typical usage for a passenger vehicle. This level of light use means the mechanical wear items normally associated with higher-mileage cars, such as brake disc and pad corrosion, tyre shoulder wear from frequent cornering, or suspension bush deflection, are unlikely to have developed significantly through active service. However, low-mileage electric vehicles are particularly susceptible to issues arising from extended periods of standing rather than driving. Brake calipers may seize through lack of regular application, the 12V auxiliary battery may have suffered degradation from shallow discharge patterns, and certain rubber components can deteriorate through static ageing rather than wear. The MOT history alone cannot reveal these standing-related concerns, which is why a thorough pre-purchase inspection becomes especially relevant. For a test drive, attention should focus on whether the regenerative braking system responds smoothly and brings the vehicle to a complete halt without residual friction drag from seized rear calipers, which on Mokka EVs can present as a slight pull or reluctance to free-roll when lifted off the accelerator. Listen carefully for any clonking or knocking from the front suspension over speed humps and uneven surfaces, paying particular attention to the lower control arm bushes and anti-roll bar drop links, as even low-mileage examples stored outdoors can develop perished rubber components. Steering should feel precise and self-centring without any vibration through the rim, and the tyres should be inspected for flat-spotting, uneven shoulder wear, or age-cracking given the low annual mileage. Although this vehicle has no recorded MOT advisories, it is worth inspecting the underbody protection panels and high-voltage cable routing for any impact damage or loose fittings that would not be assessed during a standard MOT examination. Given the single clean test on record, this Mokka Ultimate EV carries minimal DVSA-documented risk, but the low mileage profile introduces a different category of consideration that the test history cannot address. A prospective buyer would be well advised to have the auxiliary battery state of health professionally checked, the brake caliper guide pins lubricated and confirmed free-moving, and the coolant system for the electric drivetrain inspected for proper fluid condition and level. The tyres should be measured for tread depth and assessed for hardening, as rubber aged beyond four years from its DOT date stamp loses grip regardless of remaining tread. With the vehicle now approaching the typical age where first MOT advisories begin to emerge on suspension components and underbody protection, securing a clean bill of mechanical health from an independent specialist will provide stronger reassurance than the single passed test alone can offer.