2017 Land Rover Discovery Sport 2.0L Diesel · OW66 ABZ

A consistent pattern of tyre-related advisories alongside emerging brake component wear defines the roadworthiness picture of this Discovery Sport, with the most recent test on 16 January 2026 recording a clean pass but the 2025 examination flagging several items worth scrutiny. Across five recorded MOT tests from 2022 through 2026 the vehicle has not failed any inspection, which reflects continued compliance with statutory test standards, yet the advisory trail tells a more nuanced story. Tyre perishing or cracking has appeared on both front tyres and an offside rear tyre within a single cycle, with a separate offside rear tyre flagged as worn close to the legal limit on inner edge wear in 2024. Front brake disc pitting or scoring was noted in 2025, and although it was not deemed serious enough to fail, disc wear of this nature on a Land Rover of this age and weight is consistent with the loading demands placed on the braking system. The 2023 advisory regarding split wiper blade ends is minor and routine, but the cumulative pattern across two consecutive test cycles indicates that consumable attention is being directed at the contact patches and braking components more frequently than at any structural or suspension area. The recorded mileage of 56,408 miles across approximately nine years equates to an annual accumulation of around 6,268 miles, which sits broadly in line with the national average for a vehicle of this age. There are no extended gaps between test entries that would suggest a prolonged period off the road, and the testing cadence has remained at annual intervals from 2022 onward, indicating continuous use. This usage profile is significant for a Discovery Sport because the model carries considerable unladen weight and, when fitted with four-wheel-drive hardware, places sustained demands on the drivetrain, propshaft couplings, and rear differential assembly. Mileage at this level does not automatically raise concerns, but it does mean that wear items typically replaced by mileage rather than calendar age such as dual-mass flywheel components, transfer case oils, and Haldex-type coupling filters will be approaching or have already passed their first service interval thresholds. For a prospective buyer, the tyre and brake advisories already recorded provide a clear checklist of components to inspect on a test drive. Listen for any cyclical brake judder through the pedal under firm application, which would suggest the pitted front discs recorded in 2025 have worsened and may now require machining or replacement. Inspect all four tyres closely for sidewall cracking, particularly on the offside rear where perishing has been flagged, and check the inner edges for uneven wear which can point to misalignment or worn suspension bushes. On the road, pay particular attention to the Discovery Sport's known weak points: clunks or knocks from the front suspension over uneven surfaces often indicate worn lower control arm bushes or anti-roll bar drop links, while a vague or wandering sensation through the steering wheel can suggest worn tie rod ends or a fatigued front subframe mount. With the vehicle stationary, examine the underbody for any surface corrosion on subframe members, brake pipe routing, and the rear suspension links, as Land Rover products of this era are known to develop corrosion in these areas even at moderate mileages. Finally, although the MOT record itself contains no advisories relating to exhaust emissions, fluid leaks, or structural corrosion, the absence of these entries does not constitute confirmation of their condition. A physical inspection should include a check for any oil misting around the engine cover, wetness around the turbocharger oil feed pipes if fitted, and the general condition of the undertray fastenings which on this model are frequently over-looked. Verify that the diesel particulate filter, if this is the 2.0 litre diesel variant, has been regularly exercised on longer journeys, as the recorded annual mileage is sufficient to maintain passive regeneration but only if usage has not been predominantly short urban trips. Test the four-wheel-drive system by engaging the relevant terrain response modes on a loose surface to confirm that power is being distributed correctly without binding or excessive drivetrain shunt, and listen for any clonks from the propshaft under take-up of throttle which would indicate a worn centre coupling or rear propshaft universal joint.