2016 Hyundai I10 1.0L Petrol · PF16 LGX

A mixed history of structural tyre defects and recurrent brake wear defines the mechanical narrative of this 2016 Hyundai i10, culminating in an unblemished pass on 25 September 2025 at 50,317 miles. While the most recent test yielded no recorded defects, the preceding years reveal notable friction component and rubber degradation that prevents the vehicle from being categorised as consistently problem-free. A dangerous failure in September 2022 due to a structural tear on the nearside rear tyre, alongside concurrent perishing on the offside rear rubber and thin front brake pads, highlights prior neglect of safety-critical consumables. This pattern recurred in September 2024 with advisories noting pitted rear brake discs, thin rear pads, and a nearside front tyre wearing close to the legal limit or on the edge. Accumulating approximately 5,032 miles per year over its decade-long lifespan, the vehicle exhibits a relatively low overall usage profile that has remained consistent without extended gaps between annual tests. This modest mileage suggests the hatchback has spent significant periods on shorter urban journeys rather than sustained motorway running. Mechanically, lower mileage profiles of this nature mean that exhaust systems and suspension components may be susceptible to localized corrosion from repeated short-trip moisture accumulation, while friction materials and tyres often dictate the immediate maintenance schedule rather than high-mileage drivetrain fatigue. During a pre-purchase test drive, the prospective buyer must pay close attention to the braking system, specifically listening for any scraping or grinding noises that would indicate the rear discs flagged in 2024 remain unreplaced and heavily scored. Applying the footbrake firmly from moderate speed should reveal a smooth, progressive pedal feel without any judder, vibration, or pulling to one side, which would otherwise point to binding calipers or warped discs. Furthermore, inspection of the front inner edges and rear tread blocks is essential to verify that the historical tyre wear issues have been fully resolved with quality matching rubber rather than budget alternatives prone to premature sidewall cracking. Beyond the rolling chassis, the steering and suspension assemblies require careful physical scrutiny during a stationary lock-to-lock check and over rough road surfaces to detect any unwanted knocks or play in the drop links and wishbone bushes. Given the intermittent nature of the advisories concerning tyres and braking efficiency, verifying the physical thickness of the current brake pads and inspecting the inner sidewalls of all four tyres on a ramp will provide definitive reassurance. Ensuring that all historic advisory items have been genuinely addressed through physical component replacement, rather than simply passing subsequent tests via marginal wear limits, remains the priority for securing this vehicle's future roadworthiness.