2013 Hyundai I20 1.4L Diesel · AW63 ALS

The Hyundai i20 presented a PASSED outcome at its most recent MOT test on 25 August 2026, although three advisories were recorded against the result. These comprised a deteriorated front registration plate, surface corrosion on the rear subframe, axle and related suspension components, and limited reserve travel on the rear parking brake. While the test was a pass, the gradual accumulation of advisories across recent years indicates a slowly worsening maintenance profile rather than outright deterioration, with no failures having been recorded since the headlamp aim issues noted in 2025. The pattern suggests a vehicle that remains fundamentally serviceable but is beginning to display the typical age-related corrosion and consumable wear associated with a thirteen-year-old car operating at near-average mileage. The recorded mileage of 96,541 against a 2013 registration equates to approximately 7,426 miles per year, which is broadly typical for a vehicle of this age and is consistent with the consistent annual MOT cycle observed in the history. There are no unusual gaps or sudden mileage jumps, suggesting steady use rather than long periods of inactivity that might accelerate standing-related degradation. That said, even at average mileage a car of this age will have consumed multiple sets of tyres, brake pads and discs, and the suspension components will have sustained significant cumulative load. The MOT mileage progression confirms steady, realistic usage and there is nothing to suggest clocked mileage or extended abandonment. Buyers should pay particular attention to the rear coil spring corrosion flagged in 2025, as corrosion in coil springs typically begins at the lower coils where moisture and road salt collect and progresses upward over time. On a test drive, listen for clunks or knocks from the rear under acceleration, braking, and over speed humps, as corroded springs can fracture and cause noticeable noise or a sudden change in ride height. Inspect the rear springs visually for flaking, deep pitting, or any visible cracks, and budget for replacement as a pair if deterioration is advanced. The advisories relating to rear subframe and axle surface corrosion should also be examined closely, as progression from surface corrosion to structural concern can be rapid on cars exposed to winter road treatments; a thorough inspection on a lift is advisable to assess thickness and ensure no flaking beyond surface level. The limited parking brake reserve travel is a further area for attention, as it often points to worn rear brake shoes or drums where fitted, a stretched or seized handbrake cable, or a ratcheting mechanism that is reaching the end of its adjustment travel. On a test drive, apply the handbrake firmly on an incline and listen for any slipping, and confirm the lever has firm resistance rather than pulling all the way to its stop. Given the tyre advisories recorded in 2021 and 2025, including cracking in a tyre dated 2017, all four tyres should be carefully checked for sidewall perishing, tread depth, and manufacturing date, as thirteen-year-old rubber compounds harden and lose grip regardless of remaining tread. Other age-related checks should include verifying the condition of the 12V battery, confirming recent replacement of coolant and brake fluid which degrade on a calendar basis rather than mileage, inspecting the exhaust for corrosion at the mounting brackets and silencer joints, and reviewing service history to ensure cambelt and clutch operation have been addressed in line with manufacturer schedules.