1992 Peugeot 106 1.1L Petrol · K943 LGN

This 1992 Peugeot 106 currently holds a valid MOT that passed on 7 March 2025 at 87,543 miles, but the maintenance trend is mixed rather than reassuring. The vehicle failed its immediately preceding test on 24 February 2025 at 87,531 miles on six separate items, including a defective parking brake lever, rough nearside front wheel bearing, significantly worn front brake discs on both sides, insufficient service brake efficiency, and parking brake efficiency below 50 per cent of the required value. The fact that all of those defects were rectified within two weeks suggests a reactive repair rather than a sustained programme of preventative upkeep. The recurring advisory for corrosion to the integral body structure, noted in both the March 2025 and August 2023 tests, indicates a long-standing condition that has persisted across multiple inspections without being formally repaired, though the tester has each time judged that structural rigidity was not yet significantly reduced. The mileage pattern reinforces the impression of sporadic use rather than consistent, well-maintained daily driving. Between the August 2023 test at 85,838 miles and the February 2025 test at 87,531 miles, the vehicle covered roughly 1,693 miles over approximately eighteen months, yet it accumulated a further 12 miles in the thirteen days between the February failure and the March pass. The annualised average of around 2,575 miles over thirty-four years is low for a car of this age, and the MOT record shows gaps of roughly one year between tests, which is consistent with a vehicle that may have stood unused for extended periods. Long stationary spells can accelerate rubber deterioration, cause brake components to seize or corrode, and lead to the kind of binding caliper and bearing wear seen in the February 2025 failure. A buyer inspecting this car in person should focus on the structural corrosion flagged repeatedly in the MOT records. The integral body structure, particularly around suspension mounting points, sills, and subframe attachment areas, needs close physical examination with a torch and probe to confirm whether surface corrosion has progressed to perforation or section loss since the March 2025 test. The front brake discs were described as significantly and obviously worn just over a year ago, so thickness measurements and a check for lipping, scoring, or heat cracking are essential. The nearside front wheel bearing that was flagged as rough should be re-checked for play and noise, as bearing failure can deteriorate rapidly between annual tests. The parking brake system also warrants particular attention. The lever was defective in February 2025 and the parking brake efficiency was less than 50 per cent of the required value, meaning the entire system, from lever mechanism to rear brake adjusters and cables, was functionally compromised. A buyer should test the parking brake on a steep incline and inspect the cable routing for fraying or seizure. Given the low annual mileage and the pattern of corrosion advisories alongside sudden mechanical failures, this vehicle appears to have been maintained on a fault-fix basis rather than through regular, systematic servicing. A thorough pre-purchase inspection by an independent garage is strongly advisable before committing to purchase.