2018 Iveco Daily 3.0L Diesel · LL18 FYF

This 2018 Iveco Daily has accumulated a substantial MOT defect history centred on front suspension wear, which is the defining mechanical concern for any prospective buyer. The May 2025 test was a particularly serious event, failing on three Major items at once: nearside and offside front lower suspension arm ball joints excessively worn, and a nearside rear anti-roll bar pin or bush excessively worn. Both front ball joints being flagged together points to worn lower suspension arms or the joint assemblies themselves requiring replacement as a matched pair, which on a commercial vehicle of this weight and mileage is a substantial rectification cost. The May 2026 test, conducted just a few days apart on the same date, showed a PASS with only a minor registration plate lamp defect alongside a separate failure record for the same lamp issue and a non-functional nearside front fog lamp; the fog lamp defect appearing in both 2025 and 2026 suggests an unresolved electrical or bulb issue rather than a one-off. The trend is mixed but concerning for the front end, with the most serious structural wear items having been rectified by the 2026 pass, though there is no subsequent confirmation of component quality post-repair beyond the absence of re-flagged defects. At 377,993 miles on an eight-year-old vehicle, the Daily is averaging roughly 47,249 miles per year, which is exceptionally high even by commercial vehicle standards and places significant cumulative load on every wear-sensitive system. MOT intervals appear to have been annual and consistent through 2024, 2025, and 2026, suggesting continuous operational use rather than extended standing periods, which is the preferable scenario for a diesel of this type because regular running keeps seals lubricated and prevents the coolant and turbocharger oil-feed issues common to dormant commercial vehicles. However, the mileage accumulation on a heavy platform like the Daily translates directly into accelerated wear on driveline components, clutches if manual, dual-mass flywheels, injectors, turbocharger bearings, and the rear axle assemblies, none of which MOT testing covers. The presence of brake pad advisories at both front and rear in 2024 and rear in 2025 aligns with the mileage profile and would be expected to have been fully replaced given the time elapsed since those advisories were raised. For a prospective buyer, the priority is to confirm exactly what suspension rectification was carried out following the May 2025 failures, as the lower arms and anti-roll bar bushes are safety-critical items that should be supported by an invoice for replacement parts and labour rather than a bodge repair. On a test drive, listen carefully for any clonking or knocking from the front suspension over uneven surfaces, particularly over speed bumps and potholes, and feel for vagueness or knocking through the steering wheel when turning at low speed, which would indicate the new ball joints are already worn or were incorrectly fitted. Inspect the front suspension arms visually for any fresh grease around ball joint boots, which would indicate perished or split gaiters on the replacement components. Check the rear anti-roll bar mounting for play by pushing laterally on the rear axle area, listening for any rattle or clunk. Given the mileage, also verify the clutch take-up point is high and progressive rather than slipping under load, listen for turbocharger whistle or whine suggesting bearing wear, and confirm the gearbox selects all gears cleanly without crunching or excessive baulking. Finally, examine the vehicle from underneath on a ramp if possible, looking for oil weeping from the engine sump, gearbox bellhousing, or rear axle seals, all of which are common at this mileage on the Daily platform. Check the condition of the brake discs for lipping and corrosion around the outer edges, as a high-mileage commercial vehicle used in service will have experienced frequent heavy stops. Inspect the rear brake pipes and underbody fuel and brake lines for corrosion, particularly where they run along chassis rails, as Iveco Daily chassis are known to suffer surface corrosion in winter operating conditions. Verify both fog lamps and the registration plate lamps are fully functional on the day of inspection, as the repeated failures in these areas suggest the electrical faults may be intermittent or only partially resolved. The odometer reading should be cross-referenced against any service history to confirm authenticity, given the high mileage makes any potential clocking a material concern, and a compression test or diagnostic read of injector balance rates would be a wise precaution before committing to purchase.