2007 LAND ROVER RANGE ROVER3.6L DIESEL

The vehicle remains roadworthy, but the maintenance history reveals a trend of persistent structural corrosion and recurring mechanical component failure. The most recent test in March 2026 at 128,849 miles identified corrosion on both the nearside and offside rear inner vehicle structures. Although the tester noted that structural rigidity is not significantly reduced from the sill to the jacking point, the presence of rust in these high-stress areas suggests the beginning of advanced degradation that requires close monitoring. At 128,849 miles over 19 years, the vehicle has averaged approximately 6,780 miles per year, which is consistent with low-intensity usage for a luxury SUV. However, there is a notable gap in testing frequency between December 2022 and January 2024, during which the vehicle covered only 1,132 miles. Since then, usage has increased significantly, with over 12,000 miles covered in two years. This shift in usage patterns often accelerates the wear on the rubber components and hydraulic lines already flagged in the historical record. A buyer must prioritise a thorough inspection of the braking and drivetrain systems. The nearside front drive shaft constant velocity boot was flagged as severely deteriorated in four consecutive tests between 2021 and 2025, indicating a failure to address a recurring fault effectively. Similarly, corrosion on brake pipes across multiple corners has been a documented issue since at least 2021. The presence of grease on these pipes suggests an attempt to mask rust rather than treat it, which can lead to sudden hydraulic line failure if not replaced. The suspension geometry also requires attention, following the play in the offside front track rod end noted in late 2022. Given the structural corrosion reported on the rear inner arches, a physical inspection of the chassis is essential to ensure the rust is not spreading beyond the points currently noted. While the vehicle passed its latest test, the history of neglected consumables suggests a reactive rather than proactive maintenance approach.