2011 Peugeot Bipper 1.4L Diesel · DV61 UNZ

The 2011 Peugeot Bipper presents a mixed roadworthiness profile marked by intermittent failures followed by a recent partial passing, set against an unusually high mileage trajectory for its age. The most recent MOT on 2025-09-11 recorded a pass with only minor windshield damage, yet this result sits atop two prior failures—one in April 2023 involving fractured front and offside coil springs and a non-functional position lamp, and another in September 2025 where critical safety systems were compromised including exposed tyre ply, a faulty fuel cap sealing device, and missing brake pedal anti-slip provision. Between the April 2023 and September 2025 assessments, approximately sixteen months elapsed without an MOT test, creating a significant gap in documented roadworthiness verification while the vehicle accumulated substantial distance. The overall pattern suggests a vehicle that experienced serious mechanical degradation at key suspension and braking systems, with subsequent repairs or replacements that did not fully resolve the underlying structural weaknesses before the latest test cycle. The recorded mileage of 216,716 miles across fifteen years translates to roughly 14,448 miles per annum, a rate considerably higher than typical for a model of this vintage and raising questions about the vehicle's actual usage profile. Such elevated consumption indicates either intensive daily driving, prolonged periods of idling or storage combined with short bursts of activity, or both—all of which accelerate wear on suspension bushings, brake components, and drivetrain elements. The absence of a MOT between early 2023 and late 2025 coincides with the bulk of this mileage accumulation, meaning the vehicle may have been under-reported or neglected during this interval, allowing progressive deterioration to go unnoticed until the next required test. High-mileage vehicles of this generation also tend to exhibit accelerated wear on rubber components such as tyres and seals, which aligns with the current tyre tread depth deficiency and the exposed ply condition identified on the front tyres. Buyers should conduct a detailed physical inspection of the front anti-roll bar linkage ball joints, paying particular attention to any palpable play when rotating the wheel by hand—a symptom consistent with the 2023 failure mode that could indicate excessive wear or looseness requiring immediate replacement. The coil springs, having been reported fractured in both 2023 and again implied by the 2025 pass, should be inspected for visible cracks, bent ends, or signs of leakage that might affect damping performance and handling stability. The front and offside lower suspension arm ball joints showed severe dust cover deterioration in 2023 and received a new ball joint in May 2024, so their current condition warrants checking for any remaining debris or worn bushings that could cause knocking over bumps or uneven ride quality. On the braking system, the missing fuel cap seal and absent anti-slip provision on the brake pedal demand verification that the cap secures properly and the pedal maintains adequate friction to prevent wheel slip during hard braking. Additionally, given the high mileage, inspecting the subframe and chassis for rust or structural fatigue is prudent, as repeated flexing from suspension loads over many thousands of miles can compromise the integrity of these components even if they appear visually sound. A thorough test drive should monitor for any pulling to one side, unusual noises from the suspension when traversing rough surfaces, and pedal response consistency throughout the journey.