2015 Land Rover Range Rover Sport 3.0L Diesel · MB07 KPB

The roadworthiness record of this 2015 Range Rover Sport presents an unusually sterile DVSA profile, with the most recent test on 2026-02-02 returning a clean pass alongside an identical outcome in 2025-02-01. The single failure recorded on 2025-01-27 bears no logged defect entry, which is an administrative irregularity rather than a mechanical concern, as failures without recorded reasons are typically either immediate retests with no applicable items or withdrawn records. Across five tests spanning three years, there are no advisories, no recurring component flags, and no structural corrosion entries, which on a vehicle of this age, marque, and known corrosion susceptibility around the rear subframe, brake lines, and outboard suspension arms is worth weighing with measured scepticism. The clean sheet can be interpreted as genuine mechanical soundness, but it may equally reflect short test windows between advisories accruing, advisories being addressed immediately prior to test, or selective presentation of test results. A prospective buyer should treat the absence of advisory data as an invitation to inspect more thoroughly rather than as conclusive proof of an unblemished chassis. Mileage accumulation across the recorded life of this vehicle sits at roughly 11,498 miles per year over an 11-year period, which is broadly consistent with average usage for a large premium SUV of this vintage. There is a notable test history gap between 2023-01-30 and 2024-01-15, though this is unremarkable as vehicles only require testing once they reach three years of age and the intervals shown appear standard. The 2024-01-15 test and the 2025-01-27 failure fall within 12 months of each other, indicating regular annual use rather than extended periods of standing. The fact that the odometer reads 126,482 miles on what is fundamentally a complex, electronically dense, and mechanically heavy vehicle should prompt attention to high-wear items including the air suspension compressor, reservoir struts, dynamic response system, transfer box, and both E-diff units, all of which are known service intervals on the L494 chassis regardless of MOT visibility. A vehicle of this mileage may also be approaching the second timing chain service on the 3.0 SDV6 if so equipped, and the eight-speed ZF automatic will be due for fluid and filter replacement. Given the lack of advisories, the inspection focus must shift to components that frequently deteriorate on the L494 but do not always present at MOT, beginning with the air suspension system. The buyer should listen on cold start for the characteristic groaning or buzzing of the air strut compressor over-riding due to a leaking bag or valve block, observe the vehicle at rest for any sagging rear corner, and watch the infotainment screen for suspension fault messages or a raised ride height that drifts overnight. On a test drive, the vehicle should sit level at all four corners within seconds of start-up and should not pitch excessively under throttle or nose-dive sharply under braking, as worn air struts commonly present as a soft, wallowing ride particularly at low speed. The fixed Panoramic roof and tailgate seals should be checked for water ingress marks on the headlining and load area carpets, as perished aperture seals are a common advisory item not always recorded. Brake feel and steering response merit close physical evaluation on a test drive. With 126,000 miles covered, the front brake discs are likely on at least their second or third set, and warped discs will produce a distinct judder through the steering wheel under firm braking from around 40 mph. The steering should remain precise and free of clonks or vibration on centre lock; any dead spot, pull, or tremor suggests worn front lower wishbone bushes or track rod end wear, both common advisory triggers on this platform. The buyer should also request a live diagnostic readout for suspension height sensors, the dynamic stability control module, and the transfer box, as electronic faults frequently appear before mechanical ones. Finally, a thorough underbody inspection by ramp is essential to confirm the absence of corrosion on the rear subframe, fuel tank guard, and brake pipe unions along the chassis rails, areas where Range Rover Sport advisories typically originate once the vehicle passes 100,000 miles.