2023 Vauxhall Mokka Ultimate EV Electric · DA23 PZB

A clean first MOT pass on this 2023 Vauxhall Mokka Ultimate EV with no advisories or defects recorded at the 2026 test establishes an early baseline of solid roadworthiness, which is reassuring on a relatively recent vehicle. However, with only a single MOT entry on file, the documented history is too thin to reveal any long-term mechanical trends, so the absence of recorded issues at this stage cannot yet be treated as proof of underlying condition. Prospective buyers should therefore regard the MOT record as a snapshot rather than a comprehensive pattern, and place greater emphasis on physical inspection to compensate for the limited data. Against a three-year vehicle age, the recorded 14,388 miles equates to roughly 4,796 miles annually, which is markedly below the typical accumulation for a modern family crossover and points toward predominantly short-trip or light-duty usage. The mileage progression shown in the MOT record is consistent and modest, with no anomalous jumps or extended gaps suggesting periods off the road. Mechanically, such low mileage tends to preserve brake discs and pads, suspension components, and tyre life, but it also raises the usual considerations associated with limited running. For an electric vehicle specifically, low mileage often means fewer full charging cycles and extended periods of stationary storage, so particular attention should be paid to the 12V auxiliary battery condition, tyre integrity from standing flat-spotting, and any signs of brake disc surface corrosion from infrequent use of the friction braking system. Given the minimal MOT history, the inspection priorities for this Mokka should focus on the items most commonly affected by low-mileage urban driving. On a test drive, listen for any clonks or knocks from the front suspension over speed humps and uneven surfaces, as worn or seized anti-roll bar bushes and MacPherson strut top mountings are frequent findings on light-use crossovers. Check for pulling under braking or uneven pedal feel, which can indicate corroded brake disc surfaces rather than pad wear, and inspect the discs visually for pitting or lipping. Tyres should be examined for signs of uneven shoulder wear suggesting alignment issues, as well as any sidewall cracking from age rather than mileage. Additionally, verify the operation of the regenerative braking system and confirm smooth transition to friction braking at lower speeds, as calipers that have seen minimal use can bind. For a buyer evaluating this particular vehicle, the absence of MOT advisories means there are no flagged components to specifically re-inspect, which shifts the burden toward a general but thorough pre-purchase evaluation. Confirm the high-voltage battery state of health via the onboard diagnostics or a specialist EV health check, as this is the single most expensive component and is not assessed at MOT. Inspect the underside for any signs of impact damage to the undertray or battery pack, given the low ground clearance inherent to many EVs. Ensure all driver assistance and safety systems, including automatic emergency braking and lane keeping, are functioning correctly, as these are typically examined only for obvious warning lights at MOT. Finally, verify that the charging cable and any associated equipment are present and in serviceable condition, and review the remaining manufacturer warranty cover, which on a 2023 vehicle should still provide meaningful protection for the battery and drivetrain.