2007 Renault Grand Espace 2.0L Diesel · JMB 548T

The vehicle presents a concerning mechanical profile characterized by a trend of worsening structural and suspension corrosion. While it passed its most recent test in November 2025 at 120,492 miles, the record reveals a history of recurring failures that were only partially addressed. The persistence of the nearside rear coil spring corrosion and rear sub-frame rust across 2024 and 2025 indicates that deep-seated oxidation is progressing rather than being managed through replacement or preventative maintenance. At 19 years old, the Grand Espace shows 120,492 miles, representing an average of approximately 6,342 miles per year. This low annual mileage is typical for a vehicle of this age, but the data suggests the low use has not prevented significant environmental degradation. Between June 2024 and November 2025, the vehicle covered 11,145 miles, yet this period saw a significant increase in reported faults, including failing shock absorbers and ball joints, suggesting that rubber components are failing due to age rather than mileage alone. A buyer must conduct a thorough physical inspection of the rear sub-frame and suspension mounting points, as the tester consistently flagged corrosion in these areas. The transition from light misting on the front shock absorbers in 2025 to widespread rust on multiple bodies suggests the damping units are reaching the end of their functional life. Furthermore, the nearside front suspension arm ball joint and the anti-roll bar linkage have shown a history of wear and perished dust covers, which allows moisture to ingress and accelerate component failure. The recurring heavy corrosion on the tow bar and the previously missing offside rear seat suggest a reactive rather than proactive approach to vehicle upkeep. The failure due to an incorrect headlamp aim and indicator colors in late 2024 indicates that basic electrical and alignment checks were neglected. Given the age of the vehicle and the nature of the reported rust, structural integrity of the chassis remains the primary risk that requires professional verification before purchase.