2013 Iveco Daily 2.3L Diesel · GL62 LLW

The most recent DVSA examination on 4 February 2026 resulted in a pass, although it was not without recorded defects. A minor issue was noted for a nearside front position lamp where a multiple light source was not functioning up to one half of its capacity, suggesting a partially failed LED or bulb element that should be rectified. Advisories from the same test identified a non-excessive oil leak, damaged brake pad wear sensor wiring on both sides, and a chip in the windscreen. Looking at the broader pattern, the maintenance trend is mixed and shows signs of recurring rather than improving condition. The vehicle failed on 3 February 2026 by just one day before passing, with that failure citing an inoperative engine management indicator lamp, incorrect headlamp aim on both sides, and the same oil leak advisory. In January 2025, a dangerous failure was recorded for rear brake pads worn below 1.5 mm and excessively binding service brakes at both rear nearside and offside front, alongside further lighting defects. A further failure in August 2023 raised concerns about the ABS warning lamp, supplementary restraint system warning lamp, and multiple headlamp defects. The recurrence of brake binding, lighting faults, and warning lamp issues across three consecutive test cycles suggests a pattern of deferred maintenance rather than isolated component failure. With 119,834 miles recorded over approximately thirteen years, the Iveco Daily has covered an average of around 9,200 miles annually, which is broadly typical for a light commercial vehicle of this age, though commercial use often involves heavier loading, stop-start driving, and higher engine loading than the headline mileage might imply. There is no significant gap or anomalous jump in recorded mileage between test entries, indicating either continuous use or consistent annual accumulation. That said, the commercial nature of this chassis places particular stress on braking components, suspension bushes, clutch operation, and drivetrain wear, all of which should be assessed with the operational profile in mind rather than purely by odometer reading. The most pressing area for a prospective buyer to investigate is the braking system. The advisory for damaged brake pad wear sensor wiring on both sides should be inspected closely, as exposed or chafed sensor cables can lead to inaccurate pad life readings and may indicate that pads have been neglected or that the caliper carriers have not been cleaned during previous services. The history of excessively binding service brakes at the offside front and nearside rear is significant, as binding calipers generate excessive heat, accelerate disc wear, and cause uneven pad consumption; during a test drive, listen for any dragging sensation, uneven pulling to one side under braking, or hot wheels after a short journey. Brake disc advisories from 2023 indicating wear not yet excessive at both front and rear should be reviewed in person, as further mileage since that test may have brought discs closer to replacement thickness, and a gauge measurement of disc runout and remaining material is highly advisable. The lighting and electrical defects warrant careful scrutiny before purchase. Recurring issues with headlamp aim, position lamps, outline marker lamps, and indicator flash rate suggest either aging bulb holders, corroded multi-plug connectors, or underlying earth and wiring faults common on commercial vehicles exposed to moisture and vibration. Inspect all exterior lighting operation personally, including side repeaters and number plate illumination, and verify headlamp alignment using a level surface or a garage with beam setting equipment. The 2022 failure for a nearside front shock absorber with a serious fluid leak indicates replacement should have been completed; check for any residual staining on the replacement unit and test for suspension noise, poor damping recovery, or uneven ride height over bumps. Given the engine management warning lamp issue recorded at the 2026 failure, a diagnostic scan for stored fault codes relating to emissions, diesel particulate filter performance, and sensor integrity would be prudent, along with verification of the oil leak source, as ongoing seepage from the sump, cam cover, or turbo return pipe can escalate over time. Finally, given calendar age, confirm the timing belt or chain service interval status, the age and condition of the 12V battery, the state of coolant and brake fluid by date rather than mileage, and inspect tyres for sidewall perishing and cracking typical of vehicles over a decade old regardless of tread depth.