2020 Peugeot Partner 1.5L Diesel · SD20 XKP

The defining feature of this 2020 Peugeot Partner's MOT history is a pattern of dual tests on the same day in two consecutive years, with a pass and a fail recorded within minutes or hours of each other. The most recent interaction on 11 August 2025 shows a failure immediately followed by a pass, and an identical sequence occurred on 8 August 2024. The 2023 entry on 31 July is a straightforward pass with no advisories. Crucially, in every single one of these test events, no defects, advisories, or failure reasons have been recorded by the examiner, which is unusual. This may suggest that the failure was triggered by a component that was rectified on the same day before the retest was logged, or it could indicate administrative or procedural irregularities at the test station. The lack of any recorded advisories across the entire history means there is no documented pattern of wear, corrosion, or component degradation to draw conclusions from. Mileage accumulation sits at 49,941 miles over approximately six years, giving an average of around 8,300 miles per year. This is broadly typical for a light commercial vehicle of this age and falls well within expected parameters for a Partner, which is frequently used for urban delivery work. The fact that the vehicle has appeared for MOT testing in each of the last three years without any recorded mileage-progression anomalies suggests consistent use rather than long periods of standing. There is no evidence in the record of a SORN period or significant lay-up, and no multi-year gap that would raise concerns about seized brakes, perished fuel lines, or flat-spotted tyres from prolonged inactivity. Mechanically, the mileage level is not yet at a point where major drivetrain or cam-belt interventions would typically be expected on a Partner of this generation, though a buyer should still confirm whether the cambelt has been replaced according to Peugeot's schedule. Because the MOT record contains no advisories and no documented component failures, there is no specific flagged item such as a worn suspension arm, corroded brake pipe, or oil-leaking engine to investigate further from the test history alone. However, the dual-test pattern warrants direct questioning of the seller. A prospective buyer should ask why the vehicle failed initially and what rectification was carried out between the fail and pass entries on both 11 August 2025 and 8 August 2024, requesting any invoices or repair documentation to verify the cause was addressed. On a physical inspection, particular attention should be paid to the areas most prone to wear on a Partner of this age and mileage, including the front suspension wishbones and drop links for play or knocking, the rear torsion beam for cracking, and the brake discs for lipping or corrosion scoring, as none of these will appear in the MOT history unless they were at the failure threshold at the time of test. A test drive should focus on the symptoms typical of a Partner approaching 50,000 miles. Listen for clonks or knocking from the front end over speed bumps, which can indicate worn anti-roll bar bushes or bottom arms. Check for steering vagueness or tracking pull, both of which are common as the front suspension geometry components wear. On the move, apply the brakes firmly from speed to confirm there is no judder or vibration through the pedal, which would suggest warped front discs. At idle, observe the exhaust for any blue or heavy white smoke that could indicate oil consumption, and listen for any timing chain rattle on cold start. Finally, inspect the underbody directly for surface corrosion on the subframe, brake pipes, and fuel lines, and check the sliding side door mechanism for smooth operation, as these are common wear points on the Partner platform that would not necessarily trigger a fail at this mileage but are worth verifying before purchase.