2025 Hyundai Inster 02 EV Electricity · CS22 DJS

There is no recorded MOT history available for this 2025 Hyundai Inster 02 EV, as vehicles in the United Kingdom are not required to undergo their first DVSA roadworthiness test until they reach three years of age from the date of first registration. Given that the car is a 2025 model being assessed in September 2026, it has either only recently passed its first MOT threshold or is still approaching it, which is entirely normal and should not be viewed as a negative indicator. Because there are no prior test results, advisories, or failure records to analyse, it is impossible to establish any longitudinal maintenance trend. In the absence of this official data, the prospective buyer must rely solely on a physical inspection and verification of the vehicle's service documentation to satisfy themselves regarding its current mechanical condition. The recorded mileage is listed as unknown, and there is insufficient data to compare against the vehicle's age. Even so, it is reasonable to consider what a typical usage profile would look like for a one-year-old electric vehicle of this class. Many early-life electric city cars cover relatively modest annual mileages because owners use them primarily for short urban journeys, commuting, and secondary household duties rather than long-distance travel. If the car has indeed been driven sparingly, the mechanical implications shift away from wear-related concerns such as brake disc lipping or tyre wear and towards issues associated with standing and underuse. Conversely, if it has accumulated higher-than-expected mileage from fleet or private hire use, closer attention would be warranted to the condition of the tyres, suspension components, and underbody protection. Because the MOT record is clean and sparse, the buyer should focus on age-and-mileage-appropriate physical inspections that a standard MOT test would not yet have flagged. Tyres fitted since manufacture may be approaching the end of their usable life, so the sidewalls should be examined carefully for cracking, perishing, or ozone degradation, and the tread depth measured against the legal 1.6mm minimum. The 12-volt auxiliary battery, which powers ancillaries in an EV, often deteriorates sooner than the high-voltage traction pack and should be tested for state of health. Brake calipers on a lightly used electric vehicle are prone to seizing or binding due to surface corrosion, which may manifest as a tendency for the car to pull on application or uneven pad wear, and the discs themselves should be checked for advanced rust scoring. Brake fluid is hygroscopic and degrades on a calendar basis regardless of mileage, so its age and condition should be verified, along with the coolant circuits for both the traction battery and the electric drive unit. Finally, confirmation that the charging cable and in-cable control box are present and functional, that the infotainment and driver-assistance systems operate correctly, and that the service book has been stamped in line with Hyundai's recommended schedule will provide additional peace of mind. It is also advisable to confirm that any remaining manufacturer warranty is intact, particularly the high-voltage battery warranty which typically extends well beyond the standard vehicle cover, and to inspect the underbody and suspension components for any signs of kerb impact damage, stone chipping to underbody panels, or fluid weeping from the electric drivetrain. A pre-purchase inspection by a qualified independent technician familiar with Hyundai EVs is strongly recommended given the absence of MOT data, and a diagnostic scan should be requested to ensure no fault codes are stored within the battery management, motor control, or charging systems that would not be detected by a standard mechanical appraisal.