2017 Peugeot Partner 1.6L Diesel · NV67 AAK

A pattern of intermittent component failure and wear consistent with high-use commercial service defines this vehicle's history, although it remains roadworthy following its June 2026 pass. The most recent testing cycle highlighted a fractured nearside front coil spring and wiper inefficiency, alongside previous failures regarding registration and position lighting. While the vehicle has maintained a general trend of passing, the emergence of structural suspension failure suggests the chassis is entering a phase of increased wear on primary load-bearing components. With nearly 195,000 miles accumulated over nine years, this vehicle has averaged over 21,000 miles annually, which is significantly higher than typical light commercial usage. This high-mileage profile indicates extensive duty cycles, which typically accelerate the degradation of drivetrain mounts, suspension bushings, and engine seals. The consistency of the testing intervals suggests the vehicle has been in near-constant operation, meaning the mechanical components have been subjected to sustained long-term stress. Attention should be paid to the engine bay and underbody to assess the current state of the oil leak noted in late 2024. During a test drive, listen for knocks or clunks over uneven surfaces, which could indicate that other suspension components are wearing at a similar rate to the recently replaced nearside front coil spring. Check for any steering pull or instability that might suggest uneven wear across the front axle or misalignment following the suspension repair. Inspect the brake pedal for excessive wear as previously advised and ensure the braking action is firm and consistent without judder. Given the history of lighting failures and the recent replacement of the windscreen wiper mechanism, a full functional check of all external electricals and visibility equipment is necessary. Verify that the oil leak has been remediated or remains within acceptable limits to avoid potential lubrication issues given the high engine mileage.