2001 Peugeot 106 1.1L Petrol · WL51 AGV

A 2001 Peugeot 106 carrying 139,467 miles presents a remarkably clean official roadworthiness record, with the most recent assessment on 30 June 2023 recorded as a pass and no advisories or defects noted. The only blemish across the documented testing history is a failure logged on 24 June 2022, which on the same date was followed immediately by a pass, suggesting the car was rectified without delay and returned to the road the same visit. With no advisories recorded on either pass, there are no flagged wear items currently on the system, which is unusual for a 22-year-old vehicle at the time of testing and indicates that components such as suspension linkages, braking hardware, exhaust integrity, and structural corrosion points were all deemed serviceable at that point. The absence of any recorded advisory means a prospective buyer has no specific defect areas highlighted by the examiner to prioritise, though this should not be interpreted as a guarantee of present condition given the age of the record. At roughly 5,579 miles per year over its 25-year life, this Peugeot 106 is a notably low-mileage example, and the pattern suggests either genuinely light usage or extended periods of standing. Low annual accumulation reduces wear on internal drivetrain and engine components but can introduce different concerns, particularly around seized brake calipers, perished rubber components, corroded brake lines, and degraded fuel system seals from inactivity. The 2022 test cycle, where a failure was recorded and immediately followed by a pass on the same date, hints at possible work carried out to bring the car back to roadworthy condition, potentially addressing components that had deteriorated through disuse rather than high-mileage wear. Any buyer should be mindful that gaps between tests can mask mechanical deterioration, and a car that has spent considerable time off the road may have developed issues not surfaced through normal use. Given that the official record carries no specific advisories, inspection guidance must focus on the components most likely to have degraded on a low-mileage, ageing Peugeot 106. On a test drive, pay close attention to brake pedal feel; a low or spongy pedal, uneven pulling to one side, or grinding noises can indicate seized caliper slides or corrosion on the brake discs, which are common after long standing periods. Listen for knocking or clonking from the front suspension over uneven surfaces, as worn front suspension arms, drop links, and strut top mounts are typical weak points on this model. Check for blue smoke from the exhaust on startup, which would suggest valve guide or oil control ring wear, and inspect under the bonnet for oil leaks around the cam cover and sump gasket. On a road test, feel for any clutch slip or judder, and ensure the steering is free from excessive play or vibration, both of which can develop on cars that have covered long periods of low-speed, short-journey use. Structurally, this generation of Peugeot 106 is known for developing rust in the sills, rear wheel arches, and around the rear subframe mounting points, so a thorough walk-around on a dry day with a torch pressed against the lower bodywork is essential. Probe the inner sills, jacking points, and the area beneath the rear light clusters for bubbling or penetrating corrosion, as structural rust can progress quickly once it takes hold on a car of this age. Inspect the exhaust system for corrosion at the joints and mounting rubbers, and confirm the spare wheel well and boot floor are dry, as water ingress can damage the rear lights and electrical connectors. Given the light usage pattern, also verify the date stamp on the tyres, as perished or aged rubber is a common issue on low-mileage vehicles, and check that all electrics function correctly including the cooling fan, which can seize through lack of use. A pre-purchase inspection by a competent independent mechanic would be a sensible precaution to confirm the car remains as mechanically sound as its official history suggests.