2017 Toyota Aygo 1.0L Petrol · FN17 HFF

This 2017 Toyota Aygo presents a roadworthiness profile defined by a generally steady MOT record with a modest accumulation of brake and tyre-related advisories over its later life, culminating in two fresh items at the most recent test on 2026-02-16 where it passed with advisories for a high clutch pedal and a handbrake lever with limited reserve travel. Across the five recorded tests spanning 2022 through early 2026, there have been no failures, no structural corrosion entries, and no exhaust, suspension, or steering advisories, which is a meaningful indicator of consistent basic compliance. The earliest two advisories relate to front brake discs showing surface pitting and front brake pads thinning, followed by an offside front tyre worn close to the legal limit on its inner edge in early 2023, and the most recent pair shift attention toward the clutch mechanism and handbrake geometry. The absence of any repeat advisories on the same component is a positive signal, though the latest items are new enough that they warrant direct attention at the next service interval. Recorded mileage of 74,615 miles over approximately nine years equates to an annual accumulation of roughly 8,291 miles, which is broadly typical for a small urban-oriented vehicle of this age and suggests regular rather than sporadic use. There is a noticeable gap between the December 2023 and January 2025 tests, although the mileage progression remains consistent with steady commuter or errand-based driving rather than long-term standing. This usage pattern is mechanically favourable for an Aygo, as regular short journeys keep the 1.0-litre three-cylinder engine and manual transmission working through their operating range without subjecting them to extended high-load motorway running, but it does mean brake components will have seen frequent stop-start wear and the clutch will have been exercised often in traffic. The relatively modest annual mileage also suggests the ageing items now appearing, such as the clutch pedal and handbrake, are likely the result of gradual mechanical wear rather than overloading. For a prospective buyer, the brake-related advisories from 2022 are the most informative historical signal, even though they were minor at the time. On a test drive, listen for any scraping or grinding from the front wheels under light braking, feel for judder through the steering wheel or pedal that would suggest the front discs have worn beyond the original pitting stage, and check that the car pulls up squarely without pulling to one side, which could indicate a binding front caliper. Inspect the offside front tyre in particular for uneven inner-edge wear, as the 2023 advisory specified wear on edge, and verify that any replacement tyre fitted since is of matching size and brand. The handbrake lever reserve travel noted in February 2026 is worth testing directly: apply the handbrake on a slight incline and confirm it holds the car firmly without needing to be pulled excessively high, and check that the lever ratchet mechanism engages crisply rather than slipping. The clutch pedal being recorded as high is a less critical advisory but one that should be examined carefully during a road test, as it can indicate either a worn clutch cable, a stretched hydraulic actuator, or a clutch plate nearing the end of its service life. With the engine running and warmed up, depress the clutch fully and check whether the pedal sits noticeably higher than the brake pedal, then observe during gear changes whether the pedal needs to be lifted unusually high before drive engages. Any creeping at traffic lights, a burning smell after hill starts, or slipping of engine revs without corresponding acceleration under load would suggest the clutch may soon require replacement. Given the Aygo's straightforward mechanical layout and the clean absence of structural, exhaust, or suspension advisories across the entire recorded history, the priorities on inspection are narrow and specific: the front braking system, the clutch mechanism, and the handbrake adjustment, all of which can be assessed directly during a measured test drive and a basic under-bonnet visual check.