2022 Hyundai Kona Electricity · YM22 VPT

The latest MOT test conducted on 12 June 2026 resulted in a pass, and the overall maintenance trend for this vehicle is exceptionally stable. With a completely clean record in 2025 and only a minor advisory in 2026, there is no evidence of recurring mechanical failures, structural corrosion, or systemic neglect. The vehicle appears to have been maintained to a high standard, suggesting a low risk of hidden defects or impending major component failures. The recorded mileage of 37,669 miles over approximately four years indicates an average annual usage of roughly 9,417 miles. This is considered typical for this class of vehicle and represents a balanced duty cycle. Such usage is ideal as it avoids the accelerated wear on suspension bushes and drivetrain components associated with high-mileage vehicles, while simultaneously avoiding the risks of fluid degradation and seal perishing often found in cars that have spent extended periods standing. Regarding specific buyer guidance, the primary point of attention is the offside front tyre, which was flagged for a nail during the most recent inspection. You should verify whether this has been professionally repaired using a plug and patch or if the tyre has been replaced entirely. During the test drive, pay close attention to any unusual vibrations or road noise emanating from the front axle, and visually inspect the tread depth and sidewall integrity of all four tyres to ensure there is no uneven wear that could indicate a wheel alignment issue. Given the clean MOT history, the remaining inspection should focus on age-related consumables and service compliance. Review the service book to confirm that engine oil and filter changes have been performed according to the manufacturer's calendar-based intervals. Physically inspect the brake discs for any significant surface corrosion and ensure the calipers are not binding during low-speed manoeuvres. Finally, verify the health of the 12V battery and check for any signs of fluid leaks around the engine bay to ensure the vehicle remains in peak operational condition.