2009 Iveco Daily 35S12 SWB 2.3L Diesel · WW02 APW

The vehicle presents a concerning maintenance profile characterized by a pattern of recurring mechanical failures and deferred repairs. While it passed its most recent test in October 2025 at 144,975 miles, this followed a significant failure just one day prior involving multiple critical braking and safety faults. The trend is not stable or improving, as issues such as steering rack seepage and brake binding have persisted across multiple years, suggesting that the owner addresses only the absolute minimum requirements to pass the MOT test rather than performing preventative maintenance. At 144,975 miles over 17 years, the Iveco Daily averages approximately 8,500 miles per year, which is consistent with light-to-medium commercial use. The data shows a steady progression, with roughly 3,000 miles covered between November 2023 and November 2024, and another 2,342 miles between November 2024 and October 2025. This relatively low mileage does not offset the age-related wear, particularly regarding the structural integrity and hydraulic components noted in the records. A buyer must prioritise a thorough inspection of the chassis and underside, as general corrosion has been a noted issue since 2023. The recurring reports of worn suspension bushes, leaf spring shackles, and worn anti-roll bar pins indicate the suspension geometry is degrading and requires close attention. The steering rack shows a long history of seepage dating back to 2023, which often foreshadows a costly total component failure if not monitored closely. The braking system requires a professional evaluation due to a history of imbalanced performance, binding calipers, and parking brake failures. The buyer should verify that the 2025 failure regarding the parking brake efficiency has been properly corrected and check the nearside front service brake for continued sticking. Additionally, the damp fuel tank and persistent hydraulic leaks noted in 2024 suggest that the vehicle may suffer from fluid containment issues that could lead to long-term mechanical damage.