2009 Hyundai I10 1.1L Petrol · LR59 JRO

A recurring pattern of brake and tyre wear advisories defines the mechanical history of this Hyundai i10, with two outright failures on the most recent test occasions both centred on the braking system. The 2024 test was failed on three majors, covering ineffective wipers on both sides, rear brake imbalance across axle two, and parking brake efficiency below the required level; it passed the following day once those items were presumably addressed, with only the tyre wear and oil leak advisories carried forward. Parking brake efficiency had also dropped below standard at the 2022 test, indicating the handbrake mechanism, rear shoes or adjuster cables are a known weak point on this vehicle rather than an isolated incident. Across the recorded tests, inner-edge tyre wear on the front pair has been flagged in 2020, 2023 and 2024, suggesting the tracking geometry, front suspension geometry or simply heavy front-end wear under braking has been a chronic issue worth investigating on any test drive. Against an age of roughly seventeen years, the recorded mileage of 83,553 miles equates to an annual accumulation of around 4,915 miles, which sits at the lower end of typical usage for a city-oriented i10. There are no extended gaps between tests in the available record, with the vehicle presenting annually since 2020 and the earlier 2021 and 2022 entries also falling in the usual autumn inspection window, indicating the car has been in regular use rather than laid up for long periods. Lower annual mileage of this nature tends to reduce wear on high-cycle components such as clutches and engine internals, while placing greater demand on items that deteriorate with age and standing time, notably rubber boots, bushes, brake hydraulic seals and the exhaust system; the recorded oil leak advisory from 2024 fits this profile and is worth tracing to confirm whether it originates from a gasket, the cam cover, or a crankshaft seal. On a physical inspection, particular attention should be paid to the rear braking system given the two efficiency-related failures. With the vehicle on a ramp or with the wheels removed, check the rear drum or disc condition, the handbrake cable adjustment and travel, the shoe or pad wear, and the wheel cylinder or caliper for any binding or seepage. On the road, the parking brake should hold the vehicle on a moderate incline without excessive lever travel, and the rear brakes should feel progressive rather than grabbing on one side, as imbalance across axle two was the specific defect recorded. A firm pedal with even pull under braking, combined with no warning light, would suggest the 2024 repair has held; any low or sinking pedal would warrant immediate investigation of the master cylinder or rear hydraulic components. The front suspension should be examined closely given the recurring inner-edge front tyre wear. With the engine running and the steering centred, listen for knocking or clonking from the front end as the car is rocked or driven over speed bumps, which would indicate worn track rod ends, droplinks or bottom arm bushes. Check the tyres themselves for feathered or stepped inner edges and confirm the camber and toe settings are within tolerance, as geometry-related wear of this pattern can also point to a bent lower arm or worn front subframe bush following kerb impact. The oil leak advisory should be inspected with the engine warm from above and below for fresh seepage around the cam cover, sump plug and oil filter housing, and the headlamp lenses should be cleaned or restored, as the recurring product-film advisory will eventually begin to fail the light output test if left untreated. Finally, with the wipers operating, verify both sides clear the swept area effectively, since a repeat failure on that item was recorded in 2024.