2005 Nissan Elgrand 2.5L Petrol · VF05 FMC

The vehicle is currently roadworthy but the maintenance history indicates a trend of reactive rather than preventative repairs. While it passed its latest test in September 2025 at 169,970 miles, the tester noted that the rear service brake only just met the requirements, suggesting the parking brake system is nearing the end of its operational tolerance. The presence of corrosion advis on the rear sub-frame and anti-roll bar, while not yet a structural failure, signals the beginning of inevitable material degradation common in Japanese imports of this age. At 169,970 miles, the Elgrand has averaged approximately 8,100 miles per year, which is consistent with typical usage for a twenty-year-old MPV. The record shows consistent movement, with roughly 21,000 miles covered between June 2023 and September 2025. However, the high total mileage places significant stress on rubber components and mechanical linkages, which is evidenced by the repeated failures of ball joints and wheel bearings in recent years. A buyer must conduct a thorough physical inspection of the front geometry, as the history shows a pattern of failure with ball joints, track rod ends, and wheel bearings. The 2024 failure of the nearside front suspension arm ball joint and the 2023 failures involving multiple dust covers and bearings suggest that the front suspension assembly is wearing rapidly. Specific attention should also be paid to the rear sub-frame to ensure the noted corrosion from 2025 has not progressed into structural thinning since the last test. The parking brake system requires immediate attention as the September 2025 entry indicated it was barely meeting the legal threshold. Given the age and mileage, the buyer should also check for perished suspension bushes and the integrity of the exhaust system mounting points near the corroded areas. The vehicle has a history of addressing faults only after they fail, which implies the previous owner may have prioritised routine maintenance over proactive component replacement.