2010 Isuzu TF 2.5L Diesel · OU60 XPX

The 2010 Isuzu TF remains roadworthy as of its most recent MOT test on 12 December 2025 at 190,644 miles. However, the vehicle exhibits a worsening trend in structural corrosion and minor mechanical wear. The tester flagged significant cosmetic and functional issues including a product on the offside front headlamp lens, a cracked nearside rear light lens, slightly damaged seat belt webbing, and extensive corrosion affecting both sub-frames and wheel arches. While none of these defects currently compromise structural rigidity or safety, their progression suggests deferred maintenance that could lead to more severe problems if not addressed promptly. Over its lifespan, this vehicle has accumulated mileage at a steady rate of approximately 11,915 miles per year, aligning with typical usage patterns for its age. Notable consistency appears between test dates, with annual mileage increments ranging from 8,317 to 12,197 miles across consecutive MOTs. This predictable accumulation indicates regular use rather than prolonged idleness or excessive mileage spikes. The last recorded mileage update occurred less than six months ago, ensuring relatively current data. Despite this stability, the absence of interim servicing records between MOTs raises questions about preventive maintenance practices beyond mandatory testing requirements. Buyers should pay particular attention to the vehicle's structural integrity and suspension components during physical inspection. Persistent advisories regarding wheel bearing play and suspension arm ball joints indicate ongoing wear in critical steering and handling systems. Additionally, multiple mentions of underbody corrosion, particularly affecting brake pipes and integral body structures, highlight potential vulnerabilities in wet climates or areas using corrosive road treatments. The drivetrain also shows signs of deterioration, with constant velocity boots and prop shaft joints previously noted as concerns. While tyre wear issues observed in earlier tests appear resolved, prospective purchasers would be wise to verify current tread depth and condition given past borderline measurements. These recurring advisories collectively suggest a need for vigilant monitoring and timely intervention to maintain reliability and safety standards.