2018 Hyundai Kona 1.0L Petrol · WJ18 EAY

A recurring pattern of braking component degradation and tyre wear defines the mechanical history of this Hyundai Kona, which accumulated a dangerous failure for severely worn rear brake pads before passing on February 26, 2026. The test record demonstrates a consistent reliance on consumables right up to their operational limits, punctuated by multiple failures and repeated advisories across its history. Beyond the recent rear brake failure, the latest test also flagged thin front brake pads and an insecure battery as a minor defect, indicating that the vehicle requires immediate attention to its primary stopping and electrical anchoring systems rather than representing a clean mechanical record. With 70,379 miles recorded over roughly eight years, the vehicle has covered an average of approximately 8,797 miles per year, representing an entirely typical annual mileage accumulation rate for a modern crossover. This steady usage profile avoids both the accelerated mechanical fatigue associated with high-mileage fleet use and the rubber degradation or seizure risks often found in vehicles left standing for long periods. Consequently, the mechanical wear observed in the MOT records stems from normal operational mileage and consumable depletion rather than unusual dormancy or excessive strain. Targeted inspection should begin immediately with the braking system, given that the 2026 test recorded dangerously thin rear brake pads alongside thinning front pads, and the 2021 record also noted thinning front pads. During a static and dynamic test drive, listen closely for any squealing, grinding, or metallic scraping noises indicating metal-on-metal contact, and test the brake pedal feel for excessive travel or sponginess. Furthermore, check the physical seating of the battery in its carrier under the bonnet to ensure the minor defect noted during the last test has been properly rectified with a secure clamp and bracket. Tyre health demands close physical scrutiny due to a persistent history of rubber degradation logged across multiple years, including perishing and micro-cracking in the tread grooves, cuts, embedded nails, and inner-edge wear. Inspect the sidewalls and tread blocks of all four tyres for age-related cracking or localized damage, and check the inner shoulders specifically for uneven wear patterns that could point to tracking or alignment geometry issues. Finally, examine the minor windscreen stone chips recorded in recent years to ensure no progressive cracking has developed within or outside the driver's direct field of view.