2020 Iveco Daily 2.3L Diesel · SP70 XCT

A recurring pattern of electrical and engine management defects defines the mechanical history of this 2020 Iveco Daily. The most recent entry on 25 November 2025 shows a pass with no advisories recorded, which is the cleanest result across the documented period, but the same date also carries a fail citing an inoperative registration plate lamp, non-functioning outline marker lamps, an illuminated or malfunctioning Engine MIL, and a mixed aspect ratio tyre fitment on the rear axle. These same electrical issues are not isolated, as the 7 November 2024 test failed on identical grounds, with outline marker lamps and the Engine MIL flagged as Major defects once again. The recurrence of the engine management warning and the marker lamp faults across two consecutive years points to a persistent underlying issue that has either been rectified only temporarily or is intermittently returning, which is a meaningful concern for a prospective buyer evaluating long-term reliability. The 30 October 2023 test additionally recorded a Major failure for service brake efficiency below requirements, indicating a historical shortfall in stopping performance that, while not repeated since, warrants direct verification of the braking system's current state. The recorded mileage of 102,904 against a six-year registration places this vehicle at an average annual accumulation of roughly 17,150 miles, which is high for a panel van of this age and signals sustained commercial or heavy utility use. There are no extended gaps in the testing record that would suggest prolonged periods off the road, with tests consistently falling in the October to November window each year, and the mileage progression between tests appears steady rather than stagnant. For a commercial vehicle of this size, high annual mileage places above-average demand on suspension components, brake friction materials, tyres, and drivetrain wear items, all of which should be approached with the assumption that consumables have been worked hard. The combination of high mileage and a pattern of brake, suspension, and tyre advisories reinforces the need for a thorough physical inspection rather than reliance on the MOT outcome alone. Targeted checks during a physical inspection should focus on the anti-roll bar droplink bushes that were flagged on the nearside and offside rear in 2023, as these components degrade progressively and can loosen further over time. A test drive over uneven road surfaces should be used to listen for knocking or clonking from the rear suspension, particularly over speed humps and undulating tarmac, as worn droplink pins typically produce a metallic rattle when the bushing has lost its firmness. Steering response should be evaluated for vagueness or excessive body roll, both of which can indicate that the droplinks have worn beyond the advisory threshold recorded at the last inspection. Visual inspection underneath the vehicle should examine the rear anti-roll bar and its linkages for any perished rubber, lateral play in the pins, or evidence of recent replacement, as the original advisories noted wear without excessive movement, meaning the components are likely now closer to requiring renewal. The braking system requires particular attention given the 2023 failure for insufficient service brake efficiency. A test drive should include a series of firm stops from around 30 mph to check for pulling to either side, pedal sponginess, or excessive travel, all of which would indicate compromised calipers, worn pads, or possibly a hydraulic issue that has developed since the last test. The brake discs should be inspected for lipping, scoring, or heat discolouration, particularly on the rear axle given the heavy load duty of this vehicle. The Engine MIL and outline marker lamp faults present in both 2024 and 2025 demand verification that any diagnostic repairs have been properly completed, ideally by plugging in a fault code reader to confirm no stored emissions or powertrain codes remain, and by individually testing each marker lamp for consistent operation. Finally, the rear tyres should be checked to confirm matching aspect ratios and consistent tread depths across the axle, with any uneven wear noted as a possible indicator of suspension geometry issues stemming from the worn anti-roll bar components.