2015 Isuzu D-MAX 2.5L Diesel · BV65 KBZ

The current roadworthiness of this Isuzu D-Max is concerning due to a persistent pattern of neglect regarding essential maintenance. While the vehicle passed its most recent MOT on 5 February 2025 at 56,455 miles, the record shows a worsening trend where multiple mechanical failures are repeatedly flagged and only partially rectified. The presence of structural damage caused by tyre rubbing and ongoing suspension wear indicates that the vehicle has been subjected to heavy use or improper loading, despite the low mileage. The odometer reading of 56,455 miles over eleven years averages approximately 5,100 miles annually, which is significantly lower than the typical usage for this class of commercial vehicle. However, the MOT history suggests this low mileage has not translated into a well-maintained machine. The gaps between tests are consistent, yet the recurring failures in the braking system and suspension components from January 2023 through February 2025 point to a vehicle that has been run on a reactive, rather than preventative, maintenance schedule. A prospective buyer must prioritise a thorough inspection of the rear wheel arches and chassis, as the tester noted that rear tyres have been rubbing against the bodywork, resulting in 1-2mm of steel being worn away. This indicates potential structural compromise or incorrect wheel fitment that requires professional assessment. Furthermore, the braking system has shown chronic issues with efficiency and imbalance across multiple tests, suggesting that the underlying hydraulic or mechanical linkages may be failing. Finally, the suspension components, specifically the nearside front upper arm bush and the offside front wheel bearing, require immediate attention. These items were flagged as worn or having play in the most recent test, confirming that the front end is currently compromised. Given the history of split CV boots and brake performance warnings, the vehicle necessitates a comprehensive mechanical overhaul rather than simple consumable replacements to ensure long-term reliability.