2019 Hyundai Ioniq 1.6L Hybrid electric (clean) · SM19 ULV

A recurring pattern of front‑brake wear together with emerging rear‑wheel bearing concerns defines the mechanical picture of this 2019 Hyundai Ioniq. The latest MOT on 25 May 2026 recorded a pass but flagged front service‑brake binding, thin front pads and a front disc showing surface pitting, echoing similar advisories from 2023 and 2022. In addition, a rear‑wheel bearing issue that caused a failure in May 2024 has re‑appeared as a nearside bearing play advisory in the 2025 test, indicating that the bearing problem has not been fully resolved. At 120,628 mi the car averages roughly 17,200 mi per year, a mileage level that is high for a seven‑year‑old vehicle. The annual MOT schedule shows no gaps, so the mileage has been accumulated consistently rather than in a short burst, meaning wear on consumables such as brake pads, discs and wheel bearings will be proportionally advanced. High mileage also accelerates fatigue in suspension components and can increase the likelihood of bearing degradation, especially when combined with the recorded bearing symptoms. For a prospective buyer, the front‑brake system warrants immediate attention. Thin pads and pitted discs can lead to reduced stopping efficiency and pedal pulsation; a road test should include firm, progressive braking without any judder or squeal, and a visual inspection of pad thickness and disc surface is advisable. The service‑brake binding advisory suggests a possible sticking caliper or uneven piston movement, so the pedal should feel smooth and return promptly after release. Rear‑wheel bearing health is the next priority – listen for a low‑frequency growl that changes with vehicle speed and check for any lateral play by rocking the wheel at the 12 o’clock and 3 o’clock positions; the previous off‑side failure and current nearside play hint that a bearing replacement may be required in the near term. Given the mileage and the bearing history, a thorough inspection of the suspension bushes, steering rack and tyre wear patterns is prudent, as worn bearings can transmit vibration to these areas. Look for uneven tyre wear, looseness in the steering column or any clunking over bumps, which could indicate secondary wear from the bearing issue. Budgeting for rear‑bearing refurbishment and a complete front‑brake service – pads, discs and possible caliper overhaul – will address the most pressing mechanical risks highlighted by the MOT record.