2006 Toyota Aygo 1.0L Petrol · PE06 ABN

A recurring theme of structural corrosion and brake‑system wear defines this Aygo’s MOT record; the 2026‑01‑29 pass still carried advisories for an under‑sealed body, a slightly worn rear shock‑absorber bush, rear brake‑pipe corrosion and a repaired rear outer sill, echoing similar corrosion notes on both front and rear sub‑frames across earlier tests. The pattern shows persistent, non‑critical corrosion findings rather than a clean bill of health, punctuated by two failures – a major brake‑efficiency and rear‑brake‑binding failure in early 2021 and a test failure in late 2023 that, despite identical advisory wording to the following pass, indicates the vehicle has struggled to meet the minimum standards without remedial work. At 81,725 mi the Aygo averages roughly 4,100 mi per year over its twenty‑year life, a mileage level that is low for its age and suggests limited on‑road use. The MOT history is otherwise continuous from 2020 to early 2023, with a notable two‑year gap before the 2026 test, which may simply reflect the vehicle being off the road or not requiring a test until the next due date. Low annual mileage reduces cumulative wear on consumables such as tyres, brakes and suspension components, yet it does not erase the impact of the documented corrosion and the 2021 brake‑system failure, both of which can develop irrespective of distance driven. When inspecting the car, give particular attention to the sub‑frame and bodywork areas flagged for corrosion. Visually examine the front lower and rear lower sub‑frames for flaking paint, rust pits or any signs of metal loss, and listen for rattles or clunks when the vehicle is driven over bumps, which can indicate compromised structural integrity. The rear brake pipe and front/rear brake hoses have repeatedly been noted as corroded; check for any signs of fluid leakage around the pipe fittings and feel the brake pedal for a soft or spongy feel, uneven pull, or any pulsation that could betray internal corrosion or a lingering binding condition. The suspension warrants a focused check: the off‑side rear lower shock‑absorber bush was described as slightly worn, and the off‑side front coil spring showed corrosion. During a low‑speed test drive, listen for knocking or squeaking from the rear corners, and assess whether the car settles evenly after a cornering maneuver. Inspect the tyre on the nearside front for the reported nail‑type defect and verify that the tread depth is even and free of cuts. Finally, the under‑seal condition should be verified by looking for rust ingress around wheel arches and sills; any active rust could progress rapidly and affect the vehicle’s structural rigidity. Addressing these specific items before purchase will give a clearer picture of the car’s remaining roadworthiness.