2013 Toyota Yaris 1.3L Petrol · FN13 HDD

This thirteen-year-old Toyota Yaris presents a roadworthiness profile characterised by recurring but generally minor advisories rather than any major structural or mechanical failure, with the most recent test on 24 February 2026 producing a pass accompanied by five advisories. The most significant of these relate to the rear axle swivel pins and bushes on both sides, flagged as slightly worn, which represent the earliest stage of deterioration in the rear suspension linkage. Combined with a slightly damaged nearside rear tyre showing perishing or cracking and a frayed nearside rear seat belt, the 2026 advisory set suggests a vehicle whose wear is consistent with age rather than neglect, though the rear axle components warrant closer inspection. Notably, the prior year saw a Major failure for a Supplementary Restraint System warning lamp indicating an airbag or pretensioner fault, which would have required diagnostic rectification before the re-test pass; this kind of SRS electrical fault can recur intermittently and should be interrogated carefully. The persistence of the deteriorated front registration plate advisory across three consecutive tests confirms it has been a chronic minor observation rather than something actively addressed. Recorded mileage of 86,550 miles over a thirteen-year period equates to an annual accumulation of roughly 6,658 miles, which sits comfortably within the typical usage bracket for a vehicle of this age and segment. There are no anomalous jumps in mileage between tests and no extended gaps suggesting the car was laid up for long periods, which removes concerns around seized brakes, perished fuel lines, or stale brake fluid from prolonged standing. The continuity of testing on an annual cycle from 2024 through 2026, with mileage progressing in sensible increments, supports a picture of consistent light-to-moderate use. Mechanically, this usage pattern implies normal wear on consumables such as brake pads, discs, and tyres, with the rear suspension components now reaching the stage where original fitment bushes are beginning to show their age. For a prospective buyer, the priority items to physically inspect are the rear axle swivel pins and bushes flagged in the 2026 test, as these are the components closest to requiring attention. On a test drive, listen for clonking or knocking noises from the rear suspension over uneven road surfaces, particularly when traversing speed humps or potholes, and feel for any vagueness or wandering from the rear end during directional changes. With the car jacked and the rear wheel given a firm shake by hand, any perceptible play in the hub assembly would confirm progression beyond the slightly worn stage noted at test. The nearside rear tyre showing cracking or perishing should be examined for sidewall deterioration, as thirteen-year-old rubber compound hardening can lead to cracking that worsens rapidly and may necessitate replacement regardless of remaining tread. The frayed nearside rear seat belt webbing likewise warrants close visual inspection to determine whether the damage is superficial or extends into the load-bearing fibres, which would render it a safety defect. The 2025 supplementary restraint system warning lamp failure is the most significant event in the recent history and demands specific questioning. The fault could range from a trivial seat occupancy sensor or loose connector to a genuine airbag squib or pretensioner circuit issue, and intermittent SRS faults can pass an MOT only to reappear later. A buyer should verify that a diagnostic readout has been performed and the fault cleared with confirmation of the specific component replaced or repaired. On the test drive, verify that the SRS warning lamp extinguishes promptly after ignition and does not flicker under acceleration or over bumps, which can indicate a loose connector. Beyond these flagged items, the chronic weak front washer jets, missing rear exhaust heat shield, and deteriorated number plate are all trivial matters, but the rear suspension wear pattern, the seat belt condition, and the unresolved history of the SRS fault together constitute the core of any pre-purchase mechanical evaluation.