1987 Peugeot 205 1.9L Petrol · D338 YEV

The vehicle currently holds a valid MOT following a pass on 17 April 2026, but the maintenance trend shows a recent regression into mechanical neglect. The April 2026 failure indicates significant issues with the braking system, specifically a leaking nearside front brake hose and a twisted offside front hose, alongside rear brake flexi-pipes rubbing against the bodywork. These faults, combined with inoperative lighting and a hazard warning switch, suggest that while the car is technically roadworthy now, the recent inspection revealed a lapse in basic component upkeep and hydraulic system integrity. The mileage record presents a significant anomaly. The vehicle recorded 150,690 miles in 2009, yet the 2023 test shows 50,360 miles, and the most recent 2026 test reports 0 miles. This massive discrepancy suggests either incorrect data entry or, more likely, that the vehicle has been off the road for extended periods, potentially as a non-runner or long-term storage item. The drop from 150,690 miles in 2009 to 50,360 in 2023 is mathematically impossible without a rolling odometer or significant clerical error, which complicates the ability to judge true mechanical wear. A prospective buyer must prioritise a thorough inspection of the braking system and hydraulic lines. The history shows a recurring pattern of brake pipe issues, ranging from corrosion in 2007 to insecure flexi-pipes in 2023 and outright leaks in 2026. Given the age of the vehicle, the structural integrity of the floor pans and fuel pipes is a primary concern, as the 2007 record specifically flagged corrosion on the rear floor pan and near the fuel tank. The suspension and steering components also require close scrutiny. Previous tests identified play in the lower suspension ball joints in 2006 and 2007, as well as wheel bearing play in 2023. Because the vehicle appears to have undergone long periods of inactivity, the buyer should check for seized calipers, perished rubber bushes, and degraded fuel system components that often result from vehicles sitting stationary for years.