2010 Hyundai I10 1.2L Petrol · MT59 MON

A clear five-year run of MOT certificates with no advisories or recorded defects gives this Hyundai i10 a roadworthiness profile that is unusually tidy for a car of its age. The most recent test on 2026-01-07 was a straight pass, following the 2025-01-22 pass that superseded an earlier same-day failure (the failure itself was logged with no defect detail recorded, which means the rectification was carried out and verified before the car left the station that day). Before that, passes at 2024-01-10 and 2023-01-16 complete an unbroken sequence of successful tests, and crucially there are zero advisories across the entire history. That means none of the usual age-related items — brake pipe corrosion, exhaust integrity, suspension bush wear, coil spring weakness, or underbody corrosion — have been flagged as even borderline concerns by DVSA examiners over the last several cycles. It is a genuinely above-average structural and mechanical record for a sixteen-year-old small hatchback. The mileage profile is exceptionally light for the vehicle's age, with only 27,899 miles recorded over roughly sixteen years, equating to around 1,744 miles per year on average. The annual accumulation is therefore well below what would be expected of a typical commuter or family runabout, and the figure points to either genuine low use or extended periods of standing between trips. Mechanically, this brings mixed implications. On the positive side, clutch friction material, brake disc and pad wear, gearbox synchros, and engine internal components will all be lightly stressed, which is consistent with the absence of any advisories on exhaust, emissions, or braking performance. The concern with such low annual mileage, however, is that standing periods accelerate certain forms of degradation — particularly rubber components such as suspension bushes, drive shaft gaiters, and brake fluid condition, as well as the potential for moisture build-up in the engine oil and corrosion on undertray metalwork if the car has spent long periods outdoors. Given the clean advisory history, there are no specific components to target from prior test data, but a buyer should still perform a focused inspection consistent with the age and likely usage profile. On a test drive, listen for any knocking or clonking from the front suspension over uneven surfaces, particularly from the lower control arm bushes and anti-roll bar drop links, as these deteriorate with age rather than mileage and would not necessarily have been examined in detail at MOT if not visibly worn. Check the steering for any vagueness or clonking through full lock, which can indicate worn tie rod ends, and feel for any brake judder or pulling under firm braking that would point to a binding or partially seized caliper — a frequent issue on lightly used cars where calipers can corrode in the bore from lack of regular use. Inspect all visible brake pipes and fuel lines along the underbody for any surface rust or corrosion, paying particular attention to the unions at the four corners and along the fuel line runs, as this is the single most common MOT failure point on cars of this vintage even when previous tests have been clean. Finally, given the likelihood that the car has stood for extended periods, the buyer should verify the service history and check the condition of age-sensitive consumables before purchase. Inspect the condition and age of the tyres, looking for any perishing of the sidewalls or flat spotting from standing, and confirm the coolant and brake fluid have been changed within the last two to three years rather than being original sixteen-year-old fluid. Ask to see evidence of a recent cambly or timing chain replacement if the i10 is the older Kappa 1.2 petrol variant, as this is the more vulnerable of the engines fitted to this generation. With the MOT history being this clean, the main risks are not flagged defects but rather the unseen consequences of light use over a long time, so a thorough pre-purchase inspection focused on underbody condition, suspension compliance, and fluid/filters should give a confident view of whether this low-mileage example is still sound beneath the surface.