2022 Iveco Daily 3.0L Diesel · BC22 JMV

Commercial duty cycles are clearly visible across the two-year MOT history available for this 2022 Iveco Daily, which documents consistent passing results accompanied by recurring wear on high-stress chassis components. The most recent examination on 2025-03-07 and 2026-07-03 respectively demonstrate a stable mechanical pattern, though successive advisories highlight developing fatigue in both the braking and suspension systems. Specifically, anti-roll bar linkage pins and bushes on the rear axle have been flagged across multiple tests, indicating that these rubber components are deteriorating under the heavy weight loads typical of this class of vehicle. Additionally, front brake pads noted as wearing thin in March 2025 progressed to tyre edge wear concerns by July 2026, where both the nearside front outer and offside rear tyres were recorded at 2.5mm and worn on the edge. Accumulating 60,219 miles over its four-year lifespan yields an intensive annual average of approximately 15,000 miles, placing this commercial vehicle well above typical private usage benchmarks. This heavy mileage accumulation reflects intensive working deployment, meaning driveline components, wheel bearings, and suspension geometry have experienced accelerated operational cycles compared to lighter-duty alternatives. High-mileage utility chassis frequently demand earlier replacement of suspension joints, steering components, and heavy-duty braking hardware, requiring a thorough physical inspection of the underbody to check for premature mechanical fatigue. When conducting your physical inspection and test drive, pay close attention to the suspension and braking systems highlighted in the official test records. Listen carefully for any clunking, knocking, or hollow metallic rattles from the rear axle when navigating speed bumps or uneven road surfaces, which would confirm excessive play in the worn anti-roll bar linkages and D-bushes noted on the MOT certificates. Test the braking performance thoroughly from speed to ensure the pedal feels firm and progressive without any vibration or lateral pull, verifying that the thin pads and tyre wear observed during the last test have been properly addressed with fresh friction material and balanced rubber. Finally, inspect the outer edges of the tyres closely and check the steering geometry for any tracking errors that could explain the uneven tread wear patterns logged on both the front and rear axles. Commercial vehicles of this size rely heavily on a tight, well-maintained chassis to handle high payloads safely, so any wandering at motorway speeds or looseness felt through the steering wheel during cornering will point directly to further suspension wear beyond the initial advisories. Ensure all replacement parts fitted during pre-sale preparation are heavy-duty commercial grade to withstand the ongoing demands of this vehicle's high-mileage profile.