2016 Hyundai I40 1.7L Diesel · EJ66 FVW

The 2016 Hyundai i40 retains a valid MOT following its most recent pass on 5 July 2022 at 158,932 miles. However, the maintenance trend during the preceding twelve months was clearly deteriorating. The vehicle failed on the same day as its pass, flagged for a rough nearside front wheel bearing, worn and pitted front discs, thin front pads, and a parking brake operating below minimum efficiency. That same-day pass suggests rectification work was carried out promptly, yet the cluster of brake and bearing defects on a single test date points to a period of neglected running-gear upkeep. The earlier June 2021 pass at 123,231 miles was comparatively clean, carrying only advisories for a damaged nearside front tyre wall and thin brake pads front and rear, indicating the more serious defects accumulated in the final year of recorded testing. Mileage accumulation tells a concerning story. Between 23 June 2021 and 5 July 2022, the car covered 35,701 miles in just over twelve months, averaging close to 3,000 miles per month. That is nearly double the vehicle's lifetime average of approximately 15,893 miles per year. Such intensive use in a compressed timeframe accelerates wear on consumable components, particularly brake discs, pads, and wheel bearings, which aligns directly with the defects identified during the July 2022 test. The recorded mileage has remained static at 158,932 miles since that test, now over four years ago, suggesting the vehicle has seen very little use or has been standing for an extended period since mid-2022. Prospective buyers should treat the stationary mileage with caution. A vehicle sitting unused for four years risks seized brake calipers, corroded brake discs, perished rubber bushes, and degraded tyres regardless of tread depth. The front braking system demands particular scrutiny. The July 2022 failure identified pitted and scored front discs alongside thin pads, and if the car has remained stationary since, those discs will likely have developed surface corrosion that compromises braking efficiency and pedal feel. The nearside front wheel bearing was already rough at the last test; prolonged inactivity can allow brinelling to develop on the bearing races, leading to noise and eventual failure. The parking brake inefficiency flagged in the 2022 failure also warrants close attention, as cable seizure is a common consequence of long-term static storage. A physical inspection should include a rolling road brake test, elevation of the front axle to check for bearing play, and a thorough assessment of all rubber suspension bushes and dust boots for perishing. Tyre sidewall condition must be examined carefully, given the previous advisory for outer wall damage on the nearside front, and the general age of the rubber if the tyres are original or date from before the vehicle stood idle.