2005 Isuzu Rodeo 3.0L Diesel · GU05 EOV

The vehicle remains roadworthy, but the maintenance trend shows a concerning pattern of structural and hydraulic degradation. While the most recent test on 18 June 2025 at 127,603 miles passed with only a minor advisory for offside front brake binding, this follows a period of significant mechanical decline. The transition from a clean record in 2023 to multiple failures in 2024 suggests that reactive maintenance has replaced proactive care. At roughly 21 years old, the recorded mileage of 127,603 miles represents an average of approximately 6,076 miles per year, which is consistent with low-useage patterns. However, the data shows a cluster of activity between July 2023 and July 2024, where the vehicle covered only 780 miles yet suffered a critical failure due to a serious shock absorber leak. This low annual mileage often correlates with accelerated corrosion as rubber components and metal surfaces sit, which is evidenced by the persistent rust-related issues noted throughout the history. A buyer must prioritize a thorough physical inspection of the chassis and mounting points. The tester has flagged structural corrosion repeatedly since 2022, 2023, and 2024, specifically near the nearside and offside rear mounts. While these were not classified as immediate failures, the recurring presence of rust indicates an active process that requires monitoring. Furthermore, the widespread corrosion of all four brake pipes noted in 2024 suggests that the hydraulic system is reaching the end of its functional life and may require comprehensive replacement rather than simple cleaning to prevent sudden failure. The binding offside front brake identified in the 2025 test also warrants attention to check for seized calipers or perished sliders. Given the previous failure of the offside front shock absorber in 2024, the entire suspension should be inspected for leaks and perished bushings. The vehicle appears to be at a stage where age-related material decay and structural fatigue are the primary risks to long-term roadworthiness.