2021 Hyundai Kona Electricity · IDZ 970

A consistent record of clean MOT results across the last three testing cycles indicates a stable period of roadworthiness for this vehicle, with the most recent pass on 21 April 2026 showing no recorded defects. There is no evidence in the DVSA history of structural corrosion, exhaust emissions issues, or lighting failures, suggesting that the core mechanical components have met the required standards without the need for remedial work during these inspection intervals. The vehicle exhibits a low annual mileage profile, having covered 27,934 miles over approximately five years of operation. This equates to an average of roughly 5,587 miles per year, which is significantly below the UK national average. While this lower accumulation suggests less wear on high-friction components such as brake pads, discs, and tyres, it also means the vehicle has likely been subject to shorter, less frequent trips. Mechanically, such usage patterns can sometimes result in less frequent thermal cycling of engine components and exhaust systems compared to high-mileage motorway vehicles. Given the absence of any recorded advisories or failures in the official history, there are no specific component defects to investigate regarding suspension bushes, brake pipes, or subframe integrity. On a test drive, focus should remain on ensuring the vehicle operates as expected despite the low usage, specifically checking for any unusual noises from the suspension linkages when navigating uneven surfaces or any hesitation in the drivetrain. As no specific mechanical faults have been flagged by the DVSA, the inspection should focus on the general operational smoothness of the vehicle. Listen for any irregular vibrations through the steering wheel or brake pedal judder, and ensure that all electronic systems and lighting function correctly, even though these have passed recent inspections. The lack of recorded defects provides a clear baseline for a standard mechanical inspection of the consumables and fluid levels.