2005 Isuzu Rodeo 3.0L Diesel · GU05 EOB

The roadworthiness of this vehicle is questionable, showing a clear trend toward significant structural degradation and mechanical neglect. While it passed its most recent test in October 2022 at 153,012 miles, this followed an immediate failure just eleven days prior. The presence of an engine management indicator light (MIL) and heavy corrosion underneath indicates that the vehicle is nearing the end of its practical life, as the structural integrity of the chassis rails and cross sections is compromised by age-related rust. At 153,012 miles over 21 years, the vehicle has averaged approximately 7,300 miles per year. This low annual mileage is typical for an older utility vehicle, but in this instance, it does not correlate with a well-preserved condition. The gap of roughly 6,000 miles between the 2021 and 2022 tests shows consistent low use, yet the accumulation of faults during the June 2021 inspection suggests that the vehicle has not been subject to preventative maintenance, leading to a rapid buildup of mechanical and corrosion-related defects. A buyer must conduct a rigorous physical inspection of the chassis and underbody, as the 2021 record noted heavy corrosion on structural areas and suspension mounting points. Specific attention is required for the hydraulic braking system; the history shows recurring leaks and excessive corrosion on brake pipes on both nearside and offside. The suspension remains a major area of concern, with noted issues regarding front ball joints, anti-roll bar bushes, and leaf spring shackle pins, all of which indicate advanced component wear. Furthermore, the steering box and the front prop shaft bearing should be checked for excessive play, as these were previously identified as failure points. The persistent engine management light suggests an underlying electrical or sensor fault that has remained unaddressed. Given the documented structural rust and the recurring nature of the braking system failures, the vehicle presents a high risk of future MOT failures and significant mechanical repair costs.