2006 Land Rover Range Rover Sport 2.7L Diesel · GF06 WFS

Despite the recorded absence of advisories or defect entries across the documented DVSA tests, this 2006 Land Rover Range Rover Sport presents an assessment challenge due to the unusual test pattern itself. The records show a failed test followed immediately by a retest pass on both 2024-01-08 to 2024-01-23 and 2026-03-03, suggesting the vehicle has been flagged for items that required rectification between the initial refusal and the subsequent pass. While the categories of failure are not documented in the data provided, the fact that both fails were converted to passes within days indicates borderline items rather than fundamental structural or mechanical defects. The overall trajectory through 2024 and 2025 shows consistent roadworthiness at the time of testing, but the absence of advisory records is unusual for a vehicle of this vintage, mileage, and known susceptibility to component wear, which warrants closer physical inspection rather than reliance on the MOT outcome alone. At 136,136 miles over approximately twenty years, this Range Rover Sport has covered an average of around 6,800 miles annually, which sits broadly in line with typical usage for a luxury SUV of its age. There are no significant gaps in the testing history to indicate extended periods off the road, though testing was not undertaken in 2022 or 2023 according to the supplied records, meaning the mechanical condition during those years is unrecorded. The mileage accumulation pattern through the documented tests appears steady rather than showing sharp jumps, which is consistent with regular but moderate use. Mechanically, this level of mileage on a 2006 Range Rover Sport places significant cumulative load on the air suspension compressor, valve block, and reservoir struts, the dynamic response suspension accumulators, the four-corner air springs, the transfer box, Haldex coupling, and the engine cooling system, all of which are known wear points well before this mileage figure on this platform. Given the documented absences of advisory text, the prudent approach for a prospective buyer is to treat the clean MOT record as a starting point and conduct a targeted physical inspection focused on the components most prone to wear on this generation of vehicle. On a test drive, listen for clonks or knocking from the front suspension over uneven surfaces, particularly on full lock, which would suggest worn lower wishbone bushes, failing front air springs, or deteriorating dynamic response fluid accumulators that often weep fluid. Listen also for any exhaust drone or booming under acceleration, and feel for excessive vibration through the steering wheel at speed that could indicate propshaft imbalance or worn rear air springs. Pay close attention to the gear selector behaviour, as any harsh engagement, slipping, or delays in drive selection would point to the well-documented ZF automatic transmission mechatronic issues common to this era, and check for any warning messages relating to suspension or transmission on the instrument cluster before driving. From a stationary inspection, examine the air suspension for any failure to level on startup, listen for prolonged compressor running after ignition, and look for sagging at any corner overnight, all of which indicate the system is losing pressure through perished air lines, failed valve block diaphragms, or porous O-rings. Inspect the underside for any signs of undertray removal or fresh sealant around the cam covers, sumps, and transfer box, as oil leaks from the 4.4-litre V8 and the LT230 transfer box are common at this mileage. Check the condition of the brake discs and pads directly through the wheel spokes for lipping or low friction material, examine the rear lower tailgate strut mountings for corrosion, and verify that all four corners rise and settle cleanly when the ignition is switched on and off. Finally, given that the failed tests on 2024-01-08 and 2026-03-03 were converted to passes within days, request any invoices or rectification evidence from the seller to understand precisely what was identified and replaced, as this provides the clearest insight into the component condition the tester considered borderline at the point of examination.