2016 Iveco Daily 2.3L Diesel · GD16 TYV

The most recent DVSA examination on 24 November 2025 resulted in a Pass, but this outcome should be viewed in the context of an immediately preceding Failed test on 21 November 2025 at which the vehicle was presented in an unroadworthy condition. The reason for that failure was corrosion and serious weakening of both front lower suspension arms, a Major category structural defect under Section 5.3.3 (b) (i), which would have compromised steering control and load-bearing integrity. The fact that the vehicle passed three days later suggests remedial work, most likely replacement of the affected arms, was carried out between tests. Looking at the broader trend, the record shows a mild escalation in mechanical concerns over the past four years, with recurring windscreen chipping (noted in 2022, 2023, 2024 and 2025), a fractured rear leaf spring in 2023, sub-standard parking brake efficiency in 2023, and now serious front suspension corrosion in late 2025. This pattern points to a vehicle that is subject to meaningful wear-related deterioration rather than steady, stable maintenance. The recorded mileage of 214,386 miles across an approximate ten-year working life equates to an annual average of around 21,439 miles, which is broadly consistent with active commercial or fleet operation and is not unusual for an Iveco Daily of this vintage. There are no conspicuous gaps in the MOT history that would imply extended periods of standing, and the mileage progression between tests appears continuous and proportionate to elapsed time, indicating the vehicle has remained in regular service. From a mechanical standpoint, this high working mileage means that not only have routine service items such as tyres, brake pads, discs and clutches been replaced multiple times, but also that major drivetrain and underbody components such as the suspension, propshaft, gearbox mountings, clutch and turbocharger have accumulated substantial wear. The high annual mileage reinforces the importance of verifying full and consistent service history with supporting invoices. Prospective buyers should treat the late 2025 suspension arm failure as a clear warning sign regarding the overall structural condition of the front undercarriage. The lower arms were described as seriously weakened by corrosion, which on a ten-year-old commercial vehicle of this mileage is frequently accompanied by corroded or perished suspension bushes, pitted brake discs, seized caliper sliders, and fatigued coil or leaf springs. On a test drive, listen for clonking or knocking from the front suspension over uneven surfaces, particularly when turning or braking, and watch for uneven front tyre wear such as feathering on the inner or outer edges, which suggests worn bushes or bent arms. The brake system should also be evaluated carefully: the 2021 advisories noted both rear brake pads as wearing thin, the 2023 test identified parking brake efficiency below required levels, and at this accumulated mileage the discs, calipers and rear drum or shoe assemblies are likely approaching another replacement cycle. Symptoms to look for include a soft or excessively long brake pedal, brake shudder under firm application, the vehicle pulling to one side under braking, and any binding or dragging sensation after the brakes have been released, which may indicate a seized caliper piston or slider. Beyond the specific recorded defects, several age- and mileage-related checks should be prioritised before purchase. Confirm that the recent suspension arm replacement was carried out with OEM or equivalent quality components, and request any associated paperwork or invoices, as inferior aftermarket arms may themselves become vulnerable to rapid corrosion. Inspect the rear leaf spring assemblies closely for cracks, sagging or shifted main leaves, given the documented fracture on the nearside in 2023, and check that all U-bolts and mounting plates are secure and free from significant corrosion. The recorded oil leak advisory from 2024 should be revisited; even if minor at the time, oil leaks on high-mileage diesel engines frequently originate from cam cover gaskets, sump seals or rear main seals, and an inspection underneath the vehicle for fresh drips or staining on the bellhousing is worthwhile. Given the operational demands placed on this vehicle, the buyer should also verify the age and condition of the 12V battery, request evidence of recent timing belt or cam belt replacement if applicable to the engine variant, confirm that all major fluids (engine oil, coolant, brake fluid, power steering fluid and gearbox oil where applicable) have been changed at the recommended calendar intervals, and examine all tyres not only for tread depth but also for sidewall cracking and perishing consistent with age. A thorough road test under load, ideally including a loaded run if the vehicle is intended for continued commercial use, will be invaluable in identifying any developing concerns that the MOT record alone cannot reveal.