2022 Vauxhall Mokka Ultimate EV Electric · FP72 OYL

With only a single MOT test on file from 24 October 2025 that returned a clean pass with no advisories or defects recorded, this Vauxhall Mokka Ultimate EV presents an unblemished roadworthiness record to date. The absence of any flagged advisories means there are no specific components identified by the tester as approaching the failure threshold, such as tyre tread wear, brake pad or disc condition, suspension bush deterioration, or corrosion concerns on structural elements. The three-year exemption from MOT testing afforded to newly registered vehicles means this 2022 model only required its first test in late 2025, so the dataset remains limited. The clean first inspection is encouraging but should be read alongside the upcoming renewal due in October 2026, which will provide the first real opportunity to identify any emerging wear patterns now that the vehicle is beyond its warranty-supported early life. Overall, the trend is stable rather than worsening or improving, simply because there is insufficient historical data to establish a meaningful pattern. Against an average annual mileage of approximately 5,785 miles over its four-year life, this Mokka EV sits well below the typical UK accumulation rate of 7,000 to 9,000 miles per year. Such restrained usage is not unusual for a privately owned electric vehicle used primarily for short urban errands, school runs, or commuting, and it reflects lighter mechanical demand on the components that traditionally wear with distance. Mechanically, lower mileage translates to reduced wear on brake pads and discs, which on an EV is particularly significant given the regenerative braking system that decelerates the vehicle using the electric motor rather than the friction brakes, often extending pad life considerably. The trade-off with low-mileage EVs tends to be potential degradation of the high-voltage battery pack through prolonged periods at high or low states of charge, tyre perishing or flat-spotting from extended standing, and possible brake disc corrosion from infrequent use. The annual rate here has been consistent rather than spiking or falling, suggesting regular, predictable use rather than periods of storage followed by sudden heavy use. For a prospective buyer, the lack of specific advisories means a test drive should focus on the general mechanical condition expected of a low-mileage electric crossover. Listen for any clonks, knocking, or creaking from the suspension over speed humps and uneven surfaces, which could indicate worn MacPherson strut top mounts, droplink bushes, or anti-roll bar linkages even though they were not flagged at test. Check for steering pull to either side under gentle acceleration or braking, which may suggest uneven tyre wear or a binding brake caliper that has not yet reached an advisory threshold. On the move, feel for any vibration through the brake pedal or steering wheel under steady braking, a symptom of warped or corroded brake discs that can develop on lightly used EVs due to insufficient pad contact to keep the disc surface clean. Inspect the tyres for signs of perishing or uneven shoulder wear, which can occur on vehicles that sit for prolonged periods between short journeys. Before purchase, verify that the high-voltage battery state of health is reported above ninety percent through a diagnostic scan, as this is the single most significant mechanical and financial consideration for any used EV. Confirm the 12-volt auxiliary battery has been replaced within the last three years, as this low-voltage unit is prone to failure through infrequent use cycles and is not part of the MOT inspection. Examine the charging port and cable for any signs of damage or scorching, and ensure all onboard infotainment and safety systems function correctly, including the reversing camera, parking sensors, and adaptive cruise control if equipped. Finally, ask for evidence of the most recent software update and any outstanding manufacturer recalls, as Vauxhall has issued several for the Mokka-e platform covering drivetrain control modules and battery management software.