2011 Peugeot Bipper 1.4L Diesel · CE11 LWM

A pattern of corrosion-related advisories and a prior suspension and lighting failure define the mechanical picture of this 2011 Peugeot Bipper. The most recent test on 2024-09-21 resulted in a pass, but four advisories were issued, covering a minor front exhaust gas leak, worn front inner brake discs, and a handbrake that only just made the required efficiency limit on two entries. Looking further back, the 2023 test flagged corrosion to the rear vehicle structure on both sides, while the 2022 test recorded corrosion on the power steering pipework and on both rear suspension component mounting prescribed areas. A prior failure on 2020-08-05 for excessively worn bushes on both rear upper shock absorbers, and an earlier failure on 2019-02-15 for a non-functioning offside stop lamp and an excessively worn nearside front suspension arm ball joint, indicate that the running gear has been a recurring source of wear. The overall trend is of a vehicle passing its tests but accumulating a growing list of corrosion advisories across the structure, suspension mountings, and exhaust, alongside brake and handbrake wear items. With 110,759 miles accumulated over roughly fifteen years, the annual usage works out at approximately 7,384 miles per year, which is broadly typical for a vehicle of this age. The test record shows testing activity in 2019, 2020, 2022, 2023, and 2024, with no extended absence from the road that would suggest long periods of standing. The mileage reflects consistent use, which generally means that consumable items such as brakes, tyres, suspension bushes, and engine ancillaries will have been worked normally rather than suffering the drying-out or seizure effects associated with prolonged inactivity. However, the rising advisory count on corrosion and the prior rear shock absorber bush failure suggest that age and road exposure have been acting on the chassis and underbody components even if the annual mileage is unremarkable. For a prospective buyer, the corrosion advisories across the rear structure, rear suspension mountings, and power steering pipework warrant a careful underbody inspection on a ramp or over a pit. Surface rust on structural members and suspension components on commercial-derived vans of this age frequently progresses between MOT tests, so any areas showing bubbling paint, flaking, or perforation should be examined closely. The advisory on rear shock absorber bushes at the previous failure also points to the need to check the condition of the rear dampers and their mountings by pushing down firmly on each rear corner and listening for clonking or feeling for excessive movement. Steering play, wheel bearings, and front suspension components should also be assessed, given the 2019 ball joint failure and the advisory for slight play at the offside front wheel. The braking system requires particular attention given the recent advisories. Worn, pitted, or scored front inner brake discs reduce braking efficiency and thermal capacity, and on a test drive any vibration through the brake pedal under firm pressure or steering wheel shake under braking would suggest the discs have deteriorated beyond the advisory state. The handbrake advisories from the 2024 test indicate it was operating at the minimum acceptable efficiency, so on a hill start or during a handbrake turn-in test, any failure to hold the vehicle securely on an incline would be a concern. A live check under the bonnet for any signs of power steering fluid seepage around the corroded pipework, and a visual check of the front exhaust joint for active gas leakage, would round out a sensible pre-purchase assessment.