2019 Peugeot Partner 1.6L Diesel · CF19 AVA

A recurring front suspension wear pattern dominates the mechanical narrative of this 2019 Peugeot Partner, with near-side and off-side front suspension arm pins or bushes flagged across three consecutive tests and escalating from advisory status to a major failure along the way. On 2024-02-27 the near-side front suspension arm pin or bush was classified as excessively worn, a Major defect that prevented the vehicle from passing that day, and the following day it passed cleanly once presumably rectified. By 2025-04-11 the condition had reappeared on both sides as advisories, and the most recent assessment on 2026-04-08 again recorded near-side front suspension arm pin or bush wear. This trajectory points to either accelerated bushing degradation consistent with high-mileage commercial use or the fitting of aftermarket components that have themselves begun to deteriorate, and the buyer should treat front suspension refreshment as an imminent rather than theoretical cost. Against an age of roughly seven years, the recorded 110,636 miles equates to an annual accumulation of approximately 15,800 miles, which is comfortably above the average for a passenger car and entirely consistent with light commercial or fleet deployment. The mileage progression across the recorded tests shows no obvious gaps that would indicate prolonged periods off the road, suggesting the vehicle has remained in steady working use throughout its life. Mechanically, this intensity of service translates into elevated wear rates for the clutch, dual-mass flywheel if applicable, turbocharger if fitted, braking system components, and the suspension and steering linkages that the MOT history already corroborates. The fact that the only fully clean test was the post-rectification pass on 2024-02-28 underlines how dependent the roadworthiness picture is on the front-end refurbishment that was carried out at that point. For a prospective buyer, the priority inspection items must centre on the front suspension geometry and its associated components. On a test drive, listen for clonking or knocking noises from the front end over uneven surfaces, particularly over speed humps and pothole strikes, and pay attention to any vagueness or looseness through the steering when changing direction at low speed. Slack or worn suspension arm pins and bushes typically present as a reluctance to settle after a bump, a faint shimmy through the wheel, or uneven inner tyre shoulder wear on the nearside front. Inspect the inner edges of both front tyres for feathered or stepped wear, as the recurring advisories on the nearside rear tyre close to the legal limit and the dangerous tread-depth failure on the offside front inner tyre in 2025 point to a vehicle that is consuming its tyre shoulders at an accelerated rate, often a downstream consequence of compromised suspension geometry. The drive shaft constant velocity boot history also warrants direct physical inspection. Both front CV boots were recorded as severely deteriorated in 2025, and the offside front outer boot had previously been recorded as split and insecure in the 2024 failure, allowing dirt ingress into the joint. With the vehicle now well past that test, the buyer should examine both boots for fresh grease residue around the inner and outer CV joints, listen for clicking or rhythmic knocking on full-lock turning, particularly when manoeuvring at low speed, and check for any play in the joint by hand. Finally, the 2024 major defect relating to an inoperative or malfunctioning engine management indicator lamp should prompt verification that the MIL illuminates correctly with the ignition on and extinguishes once the engine is running, and that no warning lights remain illuminated, as this kind of issue can occasionally mask underlying emissions or sensor faults that the static test alone does not capture.