2006 Iveco Daily 2.3L Diesel · HX06 ACU

This twenty-year-old Iveco Daily presents an MOT history that, while ending on a pass at the 24 November 2025 test, is marked by an unusual cluster of failures in the final months of 2025, with two failed attempts on 5 and 17 November immediately preceding the pass. With no advisory or defect entries recorded against any of these tests, the specific reasons for the earlier failures cannot be identified from the available DVSA data, which leaves a meaningful gap in the mechanical picture. The earlier 2024 entries follow the same pattern of unrecorded defects, with a pass on 12 September and a failure on 19 June. The absence of any advisory notes across five tests is itself unusual for a vehicle of this age and class, as commercial-derived chassis typically accumulate wear-related advisories on suspension components, braking systems, and corrosion-prone underbody areas over two decades. A prospective buyer should treat the unrecorded nature of these failures as a priority line of enquiry rather than dismissing them as minor. Against an age of roughly twenty years, the recorded 83,696 miles equates to an annual accumulation of only around 4,185 miles, which is notably low even by passenger car standards and particularly low for a commercial-oriented chassis of this type. Such a low average may reflect genuine light use, but it equally raises the possibility of extended periods off the road, incomplete mileage recording, or simply limited deployment. The MOT history shows a substantial gap between the September 2024 test and the November 2025 tests, which could corroborate either reduced use or a period of standing. For a Daily, low annual mileage does not necessarily preserve mechanical condition, as standing periods bring their own consequences: brake discs and calipers corrode and bind without regular application, rubber bushes and seals perish through lack of movement, and exhaust systems suffer internal corrosion. Equally, the low mileage should mean relatively limited wear on major drivetrain items, provided the vehicle has actually been in regular use rather than left idle for long stretches. Because the failed tests carry no recorded defect detail, a physical inspection becomes especially important, and the buyer should focus on the components most commonly responsible for failure on Daily chassis of this era. Suspension is a priority area, with the front wishbones, anti-roll bar drop links, and rear leaf spring bushes all known to deteriorate with age and load history; any knocking or clonking over uneven surfaces, vague steering, or visible movement when the front wheels are rocked by hand should be taken seriously. The braking system warrants close attention as well, including the servo and master cylinder for any soft or spongy pedal feel, the calipers for signs of binding or sticking pistons, and the discs and pads for lipping, corrosion, or uneven wear, particularly given the likelihood of standing periods. The handbrake mechanism, especially on a chassis often used for heavier loads, should be tested on an incline for holding ability, and the brake pipes and flexible hoses should be examined for surface rust, cracking, or any signs of recent replacement. On the road, the test drive should concentrate on how the vehicle behaves under load and at low speeds typical of its working role. Listen for any clonking or shuddering from the front end over bumps, particularly when unladen, and pay attention to whether the steering pulls to either side under braking, which can indicate a seized caliper or uneven pad wear. Any warning lights remaining illuminated after start-up, exhaust smoke of any colour under acceleration, or hesitation from the diesel engine should be noted and investigated. Given the unrecorded nature of the recent failures, it would be prudent to commission an independent pre-purchase inspection from a commercial vehicle specialist before committing, ideally including a ramp examination so the underbody, subframe mounting points, exhaust system, and rear axle can be assessed for the corrosion that frequently terminates the working life of older Daily chassis.