2015 Toyota Auris 1.2L Petrol · FL65 FFB

A pattern of low-mileage use combined with a series of minor advisories rather than outright failures defines the mechanical profile of this 2015 Toyota Auris. Across five recorded MOT tests since 2021, the vehicle has passed every examination, but the advisories that have surfaced paint a picture of gradual component ageing on items that typically suffer from underuse as much as wear. The most recent test on 17 October 2025 was a pass with a single advisory noting that the vehicle's internal headlight adjuster has been altered, meaning the headlight aim should be rechecked. The prior test in October 2024 flagged an offside front lower suspension arm bush that was separating, and the 2021 test noted front brake disc wear with pitting and scoring. There have been no recorded failures, no advisory relating to structural corrosion, exhaust integrity, or major brake system faults, which keeps the overall trend one of a vehicle that remains roadworthy but is beginning to show age-related wear on consumable and suspension components. With eleven years on the road and 46,512 miles recorded, this Auris has averaged roughly 4,228 miles annually, which is low for a car of its age and points to either significant periods of standing or genuinely light use. The MOT test dates themselves are evenly spaced at roughly twelve-month intervals between 2021 and 2025, with no multi-year gaps that would suggest the vehicle was off the road for extended periods, so the low mileage appears to reflect consistent light use rather than long-term storage. Mechanically, low annual mileage of this nature tends to accelerate certain issues such as corrosion on brake discs due to infrequent high-temperature cycling, drying and cracking of rubber bushes and seals through lack of regular flexing, and deterioration of components like brake pipes and exhaust mounting rubbers. The brake disc advisory from 2021 and the separating suspension bush from 2024 fit this pattern of age-related degradation progressing under light rather than heavy service conditions. For a prospective buyer, the priority areas to examine on inspection are the front suspension and braking components, given their appearance in the advisory history. The offside front lower arm bush was flagged as separating without excessive movement at the 2024 MOT, and because rubber bushes deteriorate progressively, it warrants a physical check by hand on a ramp or over a pit, looking for free play in the lower arm joint and any cracking or crumbling of the bush material itself. On a test drive, listen for clonking or knocking noises from the front suspension over speed humps, uneven road surfaces, and during full-lock manoeuvres, and feel for any vagueness or knocking transmitted through the steering wheel. The front brake discs were noted as pitted and scored in 2021, and while they passed the 2024 and 2025 tests, the wear progression should be monitored; on a test drive, check for any vibration, judder, or pulsing through the brake pedal under firm application, particularly from higher speeds, which would indicate the discs have now reached a worn lip or uneven surface that requires replacement. The headlight aim advisory from the most recent test is a minor but worth addressing item, as altered headlight adjusters can result in an incorrect beam pattern that either dazzles oncoming traffic or fails to illuminate the road adequately. A simple check on a flat surface in front of a wall will confirm whether the beam cut-off is level, with the brightest point slightly below centre and to the offside. Beyond these flagged items, the absence of any corrosion advisories across all five tests is notable for an eleven-year-old vehicle, though a thorough underside inspection remains advisable given the coastal or winter-salt exposure risks common to UK cars of this vintage. Overall, the MOT history presents a vehicle that has remained roadworthy throughout its life but is now entering the phase where proactive replacement of front suspension and brake components is likely to be required in the near term.