2017 KIA Ceed 1.0L Petrol · LL17 ONB

Over the seven MOT tests recorded between 2020 and May 2026, this Ceed has maintained a broadly compliant roadworthiness record, passing on six occasions and failing only once, on 20 May 2024, when both rear tyres were rejected for cuts exposing ply or cord. Aside from that isolated tyre-related failure, the vehicle has passed every annual test, including the most recent on 11 May 2026, which carried a single advisory for a drive belt described as worn but not excessively. The advisory pattern itself is minimal: only two prior advisories appear in the entire history, both relating to front tyre wear close to the legal limit in 2020 and 2023, with the intervening years of 2021, 2022, 2024, and 2025 recording no defects at all. The single recent advisory on the accessory drive belt is a minor observation and does not constitute a failure, but it is the only mechanical item flagged on this nine-year-old vehicle and warrants attention. Annual mileage accumulation is steady and broadly typical for the vehicle's age, with recorded odometer readings progressing from 2020 through to the May 2026 test at 61,774 miles. There are no extended gaps in the testing record, no periods off the road, and no unusual jumps in the odometer between consecutive tests that might suggest clocked mileage or inconsistent use. The usage profile points to a car that has been in regular service throughout its life rather than left standing for long periods, which is mechanically favourable for components prone to degradation through inactivity such as the braking system, drivetrain seals, and underbody corrosion protection. The annual accumulation rate of roughly 6,864 miles per year sits comfortably within expected norms for a family hatchback of this age, and the absence of advisories relating to oil leaks, suspension component wear, or exhaust corrosion across the record suggests the mileage accrued has not produced the kind of wear patterns typically seen on higher-mileage examples. For a prospective buyer, the practical concerns raised by this record are narrow but worth addressing in person before purchase. The drive belt advisory from May 2026 is the most current item to verify: inspect the belt visually for cracking, fraying, or glazing on the ribbed underside, and on a cold start listen for any chirping or squealing that suggests belt slip, particularly from the alternator or power steering pump pulleys, as a worn belt can compromise charging output and auxiliary drive. The 2024 rear tyre failure is now two years behind the vehicle and both replacements should have accumulated sufficient wear to confirm the current set is in serviceable condition, with no sidewall bulges, cuts, or uneven shoulder wear, and a check of manufacture dates is worthwhile given the previous cuts exposed ply. On a test drive, pay particular attention to the steering and suspension feel over uneven road surfaces: any knocking, clonking, or vagueness through the column could indicate worn front suspension components such as anti-roll bar drop links or strut top mounts, items that have not been flagged historically but are subject to normal wear at this mileage. Brake feel and stopping performance should also be assessed during a road test, as no brake-related advisories appear in the MOT record but a nine-year-old car at this mileage will have seen significant pad and disc wear. Check for any pulling to one side under firm braking, pedal vibration or judder that could indicate warped front discs, and a spongy pedal feel that might suggest air in the system or a perished brake servo hose. Listen at low speed for any grinding or scraping from the wheel hubs, which could point to worn brake pad backing plates or a binding caliper. Finally, although the MOT record contains no advisories relating to corrosion, a Ceed of this age and mileage should still be inspected from underneath on a ramp if possible, paying particular attention to the rear subframe mounting points, suspension arm joints, and brake pipe unions along the chassis rails, as these are common areas for late-life surface corrosion that would only emerge in future MOT tests.