2019 Peugeot Partner 1.5L Diesel · KV69 TEJ

The most recent MOT test for the 2019 Peugeot Partner was conducted on 2026-06-26 and resulted in a passing outcome, with the only recorded advisory being an oil leak of moderate severity, classified under 8.4.1 (a) (i). Despite this, the overall maintenance history over the past seven years shows a pattern of recurring but manageable issues rather than a clear deterioration. While there are multiple advisories related to brake wear, suspension components, and lighting defects, none have escalated to major failures or critical roadworthiness issues. The 2024 test, which marked the vehicle’s first failure, highlighted headlamp alignment problems and persistent brake wear advisories, but these were rectified by the subsequent passing MOT. The most recent advisory—an oil leak—suggests a potential mechanical issue requiring attention, but the absence of further failures or major defects indicates that the vehicle has been maintained within legal standards thus far. The recorded mileage of 97,550 miles for a seven-year-old vehicle represents a relatively high annual usage rate of approximately 13,936 miles per annum, which is notable given its age. High mileage over time typically accelerates wear on consumables such as brake pads, tyres, and suspension components, as well as potential stress on the drivetrain and fluid systems. The absence of significant mileage gaps suggests consistent use, which can lead to more rapid degradation of components like seals, bushings, and lubricants. For instance, the repeated advisories on brake discs and pads indicate that the braking system has been subjected to sustained use, necessitating closer monitoring for signs of excessive heat damage, warping, or reduced friction material thickness. Additionally, the oil leak advisory may point to a failing seal or gasket in the engine bay or transmission area, where regular checks for fluid loss and contamination would be prudent. To proceed with a thorough inspection, the prospective buyer should prioritise a physical examination of the brake system, focusing on the rear brakes given the recurring advisories. Visually inspect the offside rear brake discs for signs of excessive pitting, scoring, or warping, which could indicate prolonged high-heat braking or mechanical misalignment. Listen for any unusual grinding or squeaking noises during braking, particularly on the offside rear, as this may signal worn pads or binding calipers. The near-side rear shock absorbers, noted for light misting of oil in previous MOTs, should be checked for softness or excessive rebound during a test drive, as misted shocks can lead to poor ride quality and uneven tyre wear. Additionally, the oil leak should be investigated by examining the engine bay and transmission area for fluid pooling or discolouration, and by checking for leaks around the oil pan, valve cover, or transmission fluid reservoir. Beyond the mechanical checks, the buyer should also conduct a comprehensive inspection of the vehicle’s structural and fluid integrity. Given the high mileage, the tyres should be examined for sidewall cracking or perishing, which can occur even with low tread depth due to prolonged exposure to UV light and temperature fluctuations. The registration plate lamps, which have repeatedly failed minor tests, should be tested under both on and off conditions to ensure they function correctly, as a non-operational lamp can pose a risk of failing a future MOT. The battery should be checked for signs of corrosion around terminals, swelling, or reduced cranking power, particularly if the vehicle has been left stationary for extended periods. Finally, the fluid levels—specifically the engine oil, brake fluid, and coolant—should be verified, with a note on their age and condition, as fluids degrade over time regardless of mileage. If the vehicle has not undergone a full service within the recommended intervals, a professional inspection should be arranged to address the oil leak and any other recurring advisories promptly, ensuring long-term reliability and roadworthiness.