2011 Peugeot Partner 1.6L Diesel · FP61 CTU

A recurring history of front suspension wear and multiple test failures characterises the roadworthiness record of this Peugeot Partner, which secured a pass on October 28 2025 following an initial failure the previous day. The testing record reveals a pattern of recurring component replacement and defect rectification, with failures logged in 2022, 2023, and 2025 for items ranging from lighting and parking brakes to structural suspension joints and constant velocity boots. While these failed items were subsequently rectified to obtain test passes, the frequency of intervention indicates that front-end mechanical components and peripheral systems require ongoing monitoring rather than pointing to a stable or trouble-free compliance record. Accumulating 90,445 miles over its approximately fifteen-year lifespan translates to an average of roughly 6,030 miles per year, representing a typical annual usage profile for this class of utility vehicle. This moderate mileage accrual shows no evidence of extended periods of storage or exceptionally heavy commercial deployment, meaning the vehicle has experienced steady, intermittent operation rather than extreme long-distance pounding or prolonged standing. Mechanically, this usage rate aligns with standard wear trajectories for driveline elements, though the accumulation of mileage has predictably brought forward localized fatigue in rubber components and high-stress chassis interfaces. Prospective buyers should conduct a thorough physical inspection and test drive focusing sharply on the specific problem areas highlighted in recent MOT history. Pay close attention to the nearside front suspension, where a severely deteriorated ball joint dust cover and a worn front bush were recorded during the latest test, alongside previous advisories for anti-roll bar linkage play and offside suspension arm bush wear. During a test drive, listen carefully for knocks, clunks, or vague steering responses over uneven road surfaces, which would indicate advanced degradation of these joints. Additionally, inspect the front brake discs, which were previously noted as worn, pitted, or scored, and check for any residual engine oil pooling around the lower block given the past advisory for a non-excessive oil leak. Further scrutiny is required around the driveshafts and braking hardware, referencing the nearside front constant velocity boot split and inoperative parking brake on one side that caused test failures during the most recent inspection cycle. Verify that the parking brake holds firmly on a steep incline and check that the replacement boot is free of grease seepage or tearing. Inspect the tyre valve stems, which have attracted multiple past advisories for slight damage, ensuring no slow air leaks are present. Evaluating these specific historical fault points will provide a clear indication of the vehicle's actual mechanical condition before purchase.