2006 Peugeot 1007 1.4L Diesel · GF56 EWX

A recurring pattern of front-end wear and brake binding defines the roadworthiness trajectory of this Peugeot, culminating in a pass on 6 December 2025 at 101,158 miles. The test history reflects a vehicle requiring regular attention to its steering joints and friction components, having transitioned through previous failures involving exhaust leaks, headlamp alignment, and suspension ball joints. While the most recent tests show standard passes without major structural or mechanical rejections, the persistent presence of advisories relating to tyres and binding brakes indicates that component degradation requires close monitoring during an inspection. Accumulating approximately 5,058 miles per year over its two decades on the road, the vehicle presents a lower-than-average usage profile that has not resulted in extended periods of absence from testing. This steady, moderate accumulation pattern means the mechanical systems have experienced regular use rather than prolonged storage, though short-run urban journeys typical of this model class can accelerate localized wear on exhaust systems, starter motors, and brake mechanisms. During the pre-purchase inspection and test drive, specific attention must be paid to the items repeatedly flagged in the test records. The advisory regarding the offside rear service brake binding requires verification; check for uneven heat generation at the rear wheels after a drive, a dragging sensation, or reduced fuel economy. Similarly, inspect the front tyres for the edge wear noted in recent test certificates, and check the steering and suspension geometry for any play or knocking over rough road surfaces, particularly around the offside front suspension arm and track rod ends where previous wear has been documented. Finally, check the operation of all exterior lighting, given past electrical defects, and inspect the engine bay and cabin area for any signs of exhaust fumes or blowing gaskets that previously triggered major failures. Ensure that the sliding doors and electrical locking mechanisms function correctly, as these body features are critical to the day-to-day operation of this specific vehicle architecture. Listening closely for suspension creaks or coil spring contact points during cornering will ensure no residual alignment or clearance issues remain unresolved.