2016 Hyundai I30 1.6L Petrol · EF66 ABV

A recurring pattern of braking system defects and tyre wear defines the mechanical history of this vehicle, though the latest test on 18 July 2026 resulted in a pass with no defects recorded. Previous records show a failure in July 2024 caused by a missing brake caliper bolt and a malfunctioning tyre pressure monitoring system, alongside advisories for corroded brake hose ferrules and uneven tyre wear in 2023. The 2025 test further highlighted wearing front brake pads and discs, indicating a trend of wear and specific component failures within the braking assembly over several years. With 96,079 miles recorded over approximately ten years, the vehicle has averaged roughly 9,608 miles per year. This usage pattern is typical for its age, suggesting consistent road use rather than prolonged periods of standing or excessive high-mileage deployment. Mechanically, this level of accumulation means that standard wear-and-tear components, such as suspension bushings and drivetrain mounts, will have reached a stage of expected degradation consistent with a decade of operation. Given the history of brake caliper insecurity and corroded hose ferrules, a physical inspection of the brake lines and calipers is necessary to ensure no further corrosion is present on the rear assembly. During a test drive, the buyer should be alert for any pedal judder or uneven braking force, which could indicate the condition of the discs and pads flagged in 2025. Any unusual noises or vibrations under heavy braking should be noted as potential indicators of remaining issues within the braking system. The 2023 record of a tyre worn bald on the inner edge suggests a potential issue with wheel alignment or worn suspension components. The buyer should check the current tread depth and wear patterns across all four tyres to determine if the alignment has been corrected. On the road, the vehicle should be monitored for any steering pull or instability, and the tyre pressure monitoring system should be verified as fully operational to ensure the 2024 failure was permanently resolved.