2019 Peugeot Partner 1.5L Diesel · LM69 FBC

The most recent DVSA examination on 26 November 2025 produced a passed result, but it must be viewed in proper context as the same date also carries a failed entry with multiple serious defects that were rectified prior to re-test. The failed advisory items included a dangerous nearside front bumper likely to become detached, a major offside front headlamp aim defect where the projected beam image was obviously incorrect, and dangerously worn rear brake pads measuring less than 1.5 mm thick. Combined with a minor advisory for an oil leak that was not deemed excessive, this profile suggests that while the vehicle has ultimately cleared its most recent test, it is operating on the edge of component life in several areas. Looking back across the recorded history, the trend is one of gradual deterioration rather than stable maintenance, with an emissions test failure in late 2024 alongside tyre wear advisories in consecutive years, and culminating in the multiple brake, lighting, and structural concerns flagged in late 2025. A prospective buyer should therefore not interpret the current pass as evidence of a well-cared-for vehicle but rather as the baseline result following substantial recent remedial work. Recorded mileage stands at 112,262 miles over approximately seven years of service, which equates to an annualised figure of around 16,000 miles. This is considerably above the UK national average for a vehicle of this age and places the Peugeot Partner firmly in the high-mileage bracket for its cohort. Such accumulation typically accelerates wear on all consumable components, particularly brake friction material, clutch assemblies on manual variants, suspension bushes and coil springs, drivetrain mounts, and the dual mass flywheel if so equipped. The consistent pattern of front tyre wear advisories across multiple tests, including both nearside and offside positions, is consistent with high usage and may also indicate tracking misalignment or worn front suspension components that are accelerating shoulder or edge wear. There are no significant gaps in the recorded mileage progression to suggest extended standing periods, meaning corrosion from inactivity is unlikely to be a primary concern, but mechanical fatigue and component exhaustion should be expected. Given the dangerous rear brake pad failure recorded at the most recent test, a physical inspection of the braking system must be a priority. Even though the pads will have been renewed prior to the pass, the buyer should verify the condition of the rear brake discs, as pads worn down to backing plate depth will have caused deep scoring and potential overheating of the disc surface, often necessitating replacement rather than refacing. Caliper operation should be checked for binding or seizure, particularly on the rear axle given the wear pattern, and a test drive should be conducted to confirm there is no brake shudder, pulling to one side under heavy application, or a spongy pedal suggesting hydraulic issues. The headlamp aim failure is also noteworthy, as incorrect beam pattern can result from a faulty adjustment mechanism, a displaced lens following minor impact, or incorrect bulb installation, and this should be physically inspected for security and correct alignment. Beyond the MOT-recorded defects, the higher-than-average mileage and age of this Partner warrant thorough inspection of items that deteriorate with calendar time as well as with use. The persistent oil leak advisory, while not currently classed as excessive, should be investigated for its source, which on Peugeot diesel engines of this era commonly originates from the sump, cam cover gasket, turbo oil feed, or injector seals, and may escalate if neglected. Timing belt or chain service intervals should be confirmed against the manufacturer schedule, along with the condition of the diesel particulate filter given the 2024 emissions test inability to be completed, which may indicate intermittent faults requiring diagnostic investigation. Under-bonnet checks should include coolant strength, brake fluid age, and the condition of ancillary drive belts, while the underside should be examined for corrosion to structural components, brake lines, and the exhaust system. On a test drive, listen for suspension clonks over speed humps and uneven surfaces, monitor for excessive steering play, and ensure the engine runs smoothly without excessive smoke from cold start, all of which would be expected concerns on a high-mileage commercial-derived vehicle of this age.