2016 Land Rover Range Rover Sport 5.0L Petrol · SW66 WMT

A complete absence of DVSA MOT test records for this 2016 Land Rover Range Rover Sport is itself a significant mechanical signal that warrants careful scrutiny before purchase. Vehicles of this age and class will typically have generated several years of MOT history by 2026, and the lack of any recorded tests suggests either a prolonged period off the road, a recent import, or potential record-keeping irregularities. Without these official roadworthiness records, there is no documented evidence of how the vehicle has performed under independent testing, which is particularly concerning for a Range Rover Sport given the marque's known susceptibility to air suspension failures, electronic module faults, and chassis corrosion. A prospective buyer must therefore place far greater reliance on a thorough pre-purchase inspection by a Land Rover specialist and a comprehensive diagnostic scan rather than relying on any MOT trend. The mileage context compounds this uncertainty considerably. With no recorded mileage history across the vehicle's lifespan and insufficient data to calculate an annual accumulation rate, it is impossible to assess whether the vehicle has been used as intended for its age or whether it has either covered exceptionally low or unusually high distances. An unknown mileage figure on a ten-year-old SUV of this calibre is a serious red flag, as both extremes carry mechanical consequences. Abnormally low mileage can lead to seized brakes, deteriorated rubber components, perished seals, and flat-spotted tyres, while undisclosed high mileage often correlates with premature wear of the timing chain, turbocharger, and automatic transmission components that are costly to remedy on the 3.0 SDV6 and 5.0 SC V8 variants commonly fitted to this model. Given that no specific advisories or failure items can be referenced from the MOT record, buyer guidance must shift to a proactive component-level inspection strategy focused on the known weaknesses of the Range Rover Sport platform. On a test drive, particular attention should be paid to the air suspension system, listening for the compressor running excessively on start-up, feeling for uneven ride height that fails to self-level, and checking for any suspension warning messages on the dashboard. Steering response should be evaluated for vagueness or knocking over uneven surfaces, which can indicate worn upper and lower wishbones, failing bushings, or deteriorated anti-roll bar links. Brake pedal feel should be firm without excessive travel, and any pulling to one side under steady braking may suggest binding calipers or unevenly worn discs, both of which are common failures on heavier SUVs of this era. Beyond the dynamic checks, a static inspection should focus on the chassis, underbody, and structural areas that are particularly prone to corrosion on Land Rover products of this generation. The door bottoms, tailgate lower section, and rear wheel arches should be examined for bubbling paint or visible perforation, while the front subframe mounting points and brake pipes should be inspected for surface rust or corrosion that could compromise structural integrity or braking performance. The engine bay should be examined for oil leaks from the sump, timing cover, and turbocharger oil feed pipes, and a diagnostic read should be performed to identify any stored fault codes relating to the transfer box, differential, or terrain response systems. Without an MOT history to confirm its roadworthiness pattern, this vehicle demands professional verification before any commitment is made.