2017 Land Rover Discovery Sport 2.0L Diesel · RO17 BNK

A sequence of three consecutive test passes, concluding with a successful inspection on 17 March 2022 at 37,156 miles, defines the available roadworthiness record for this Land Rover Discovery Sport. While the absence of recorded test failures or structural structural defects indicates that the vehicle met statutory safety standards during its recorded examinations, the documentation is limited to three consecutive years between 2020 and 2022. This brief history reveals a clean set of results initially followed by a specific tyre advisory, presenting a relatively short window of official testing data for a vehicle of this age. Accumulating approximately 4,128 miles per year over its nine-year lifespan, this Discovery Sport has covered a total of 37,156 miles, reflecting notably low and sporadic usage compared to typical commercial or family driving patterns. This low annual mileage average, combined with the lack of recorded MOT tests for the first five years of the vehicle's life and the absence of tests after March 2022, means a significant portion of its age is undocumented in official DVSA records. Prospective buyers should verify the missing years through independent service documentation to ensure the vehicle has not spent extended periods standing idle, which can accelerate degradation of flexible components. The single advisory noted on the March 2022 test regarding both inner front tyres being feathered points directly to potential geometry or tracking misalignment on the front axle. On a test drive, pay close attention to whether the steering wheel pulls to one side on a straight, level road, and listen for any unusual scrub noises or vibrations transmitted through the steering column. Given the vehicle's weight and suspension geometry, uneven tyre wear of this nature necessitates a thorough inspection of the front suspension bushes, ball joints, and track rod ends for premature play or wear. Beyond the front axle geometry, the low mileage and heavy platform architecture require a careful physical inspection of the underside, specifically examining the brake lines, coil springs, and subframe mountings for surface corrosion or fatigue. Listen closely for any knocks, clunks, or rattles when navigating speed bumps or rough road surfaces, as these are primary indicators of worn anti-roll bar links or wishbone bushes. Ensuring the four-wheel-drive system engages smoothly and checking the condition of the brake discs for scoring or uneven pad transfer will complete a thorough assessment of this vehicle's mechanical readiness.