2013 Toyota Yaris 1.5L Hybrid electric (clean) · DF13 AEM

The defining mechanical story of this 2013 Toyota Yaris is one of steady, on-the-road use with a recurring pattern of advisories and two distinct failure events that a prospective buyer should weigh carefully. The most recent test on 5 September 2025 returned a pass, but it was accompanied by three advisories covering front suspension arm pin or bush wear, a front tyre worn close to the legal limit or on its edge, and a rear tyre showing damage, cracking, or perishing. Stepping back through the record, 2024 flagged corrosion on both rear coil springs, while 2022 and 2023 noted worn, pitted, or scored rear brake discs on multiple occasions. Two failure tests do stand out: the September 2023 attempt failed on a non-functional nearside side repeater, and the September 2020 test produced a more serious set of defects including dangerous rear tyres with structural separation, a damaged windscreen, and a snapped rear exhaust back box that was both an emissions issue and a dangerous detachment risk. Since 2020 the recorded outcomes have been passes with advisories, indicating no worsening trajectory but also no fully clean test in that window. Mileage data shows the vehicle covering 83,906 miles over roughly thirteen years, which equates to an average of around 6,454 miles annually. This is broadly typical for a car of this age and suggests regular rather than occasional use, with no extended gaps in MOT testing that would imply a long period off the road. The consistent year-on-year attendance at test means the component wear visible in the advisories is the result of normal accumulation rather than the rapid degradation that can follow a lay-up, or the unusually high component stress associated with very high annual mileage. For a Yaris of this generation, this usage profile is consistent with mixed urban and short-to-medium distance driving, which tends to place steady demand on suspension bushes, brake components, tyres, and exhaust fittings. For a prospective buyer, the front suspension arm pin or bush advisory from the latest test is the most pressing item to investigate physically, as worn bushes on the Yaris can allow clunks or knocking over uneven surfaces and imprecise steering, particularly on turn-in. It would be sensible to ask the seller to demonstrate the wear, listen for any slack being taken up over speed bumps, and check for uneven front tyre wear that would corroborate the geometry being affected. The recurring rear brake disc advisories across 2022 and 2023, combined with the 2024 rear coil spring corrosion notes, point to the need for a thorough inspection of the rear brake set-up: the discs should be measured for remaining thickness, and a test drive should be used to confirm there is no pedal judder, binding, or pulling under braking. The rear coil spring corrosion, being on both sides, should also be examined for any surface pitting that has progressed into the spring structure, as corroded springs on a thirteen-year-old car can fail suddenly. The 2020 dangerous tyre and exhaust failure is a useful reminder to inspect consumable condition proactively rather than rely solely on passing an MOT. The tyres should be examined for age-related cracking in the sidewalls, and the exhaust system should be checked from the manifold back for any signs of corrosion, insecure mounting rubbers, or a brittle back box that could repeat the earlier failure. Given the front tyre advisory for edge wear, a check of wheel alignment is warranted, and a road test should look for steering pull to one side or uneven steering effort. The minor 2023 side repeater failure is a trivial electrical item and not a structural concern, but it does reinforce the value of a full walk-around lighting check before purchase. Taken together, the record shows a car that has been used consistently and has remained roadworthy at each test, but with a clear pattern of advisories affecting suspension, braking, tyres, and exhaust components that a buyer should expect to address in the near term.