2011 Toyota IQ 1.0L Petrol · LL11 GXA

The vehicle most recently passed its MOT on 8 January 2026 with no advisories or defects recorded, which represents a clean and reassuring outcome at the point of test. Reviewing the available history, the car has passed consecutively from 2022 through to 2026, with only two advisories noted in early 2022 relating to rear tyre perishing and a single minor failure item in January 2023 for a slightly loose offside mirror. The trajectory is stable, with no recurring or escalating mechanical defects, no brake, suspension, or exhaust advisories, and no structural or corrosion concerns flagged across the four recorded tests. This pattern suggests the vehicle has been conscientiously maintained and presented for test in roadworthy condition, although the brevity of the recorded history limits the depth of this assessment. The recorded mileage of 41,025 miles across approximately fifteen years equates to an average of around 2,735 miles per annum, which is notably low for a vehicle of this age. This low annual usage figure is consistent with either predominantly short urban journeys, typical of the Toyota IQ's city-oriented design, or extended periods of standing between uses. Low-mileage examples often present well in terms of major drivetrain wear, but they can mask issues associated with infrequent use, including surface corrosion on brake discs, sticking or binding brake calipers, and degradation of consumables that deteriorate with time rather than mileage. The MOT history does not show a mileage reading on the 2022 test, so it is difficult to confirm exactly how the mileage has accumulated year on year, but the relatively flat overall figure suggests no significant long-distance motorway use. Given the age and low usage profile of this vehicle, particular attention should be paid during a physical inspection to the condition of the tyres, even though the 2022 perishing advisories have not recurred. Tyres fitted to a car of this age should be examined closely for sidewall cracking, ozone-related perishing, and tread depth, as rubber compounds degrade over time regardless of wear, and tyres older than around six years from their date of manufacture are generally considered to require replacement. The brake discs and calipers should be inspected for signs of corrosion pitting or seizure caused by standing, and a test drive should include several firm brake applications to confirm the vehicle pulls evenly to a stop without juddering or grinding. The exhaust system, including the rear silencer and underfloor sections typical of the IQ's compact layout, should be checked for rust perforation, as these components deteriorate with age and exposure rather than mileage. The twelve-volt battery is another priority item for a low-use vehicle, as prolonged standing without regular charging significantly shortens service life, and a battery approaching the end of its useful life may pass an MOT but cause starting difficulties in cold weather. It is advisable to check the battery's date code and have it load-tested if it is more than five years old. Engine oil, coolant, brake fluid, and transmission fluid should all be confirmed as being within their recommended service intervals, as calendar-based degradation occurs regardless of the odometer reading, and a service history with dated stamps will provide reassurance. Finally, the suspension should be exercised over uneven road surfaces during the test drive to listen for knocking from the front and rear anti-roll bar bushes, which are known wear items on small city cars, and the steering should be checked for any clonking or excess play that might suggest worn drop links or top mounts. Given the otherwise clean MOT record and the inherently modest mechanical demands of the Toyota IQ, a careful physical inspection focusing on age- and standing-related deterioration should provide a reliable indication of the vehicle's true condition.