2018 Land Rover Discovery Sport 2.0L Diesel · OT15 MOM

A pattern of recurring brake and tyre advisories, combined with a single failed test in 2022, defines the mechanical history of this 2018 Land Rover Discovery Sport. The most recent examination on 15 April 2026 was a pass, but it carried four advisories covering nearside front and rear tyres worn close to the legal limit and on the edges, an offside front tyre with damage and perishing on the inner wall, and rear inner brake pads noted as wearing thin. Two earlier passes, in April 2024 and April 2025, were recorded with no defects, while the April 2023 test flagged edge wear on both rear inner tyres alongside front and rear inner brake disc pitting and scoring. In April 2022 the vehicle failed on a nearside front wiper not clearing the screen effectively and an offside front tyre with a cord-exposing cut, though a re-test eight days later passed with only an advisory noting low engine oil. The repeated edge wear on tyres and inner brake disc scoring suggest the undercarriage and braking components have been working hard, and the brake disc issue noted in 2023 warrants checking whether replacement discs and pads have since been fitted, as the 2026 advisory on rear inner pads implies pad wear has continued. Annual mileage on this Discovery Sport averages roughly 9,227 miles, which is consistent with typical use for an eight-year-old vehicle and does not suggest either long periods of standing or excessive high-mileage wear. There are no significant gaps in the annual testing cycle, with seven recorded tests running consecutively from 2021 through 2026, which means usage has been regular and the drivetrain and suspension have been worked consistently rather than left idle for extended periods. At 73,818 miles the engine, transmission, four-wheel-drive system, and major suspension components will have seen meaningful service but should not yet be approaching the upper end of their expected life. The fact that all tests have been conducted within a few days of the anniversary date each year suggests the vehicle has been in continuous road use throughout this period. For a prospective buyer, the brake-related advisories deserve close physical attention on a viewing and test drive. The 2026 advisory on rear inner brake pads wearing thin means the pads may now be close to requiring replacement, and on a road test the vehicle should be driven with progressive pedal pressure to feel for any judder, which would confirm whether the inner disc pitting noted in 2023 has progressed to a thickness or runout issue. The fronts should be checked by feel through the steering for any vibration under braking that was not present before. The tyre advisories in both 2026 and 2023 indicate a pattern of edge wear on this Discovery Sport, which on a vehicle of this type can point to alignment drift, worn suspension bushes, or weak tie rod ends; on a test drive, listen for clonks or knocks from the front end over speed humps and rough surfaces, and pay attention to any steering pull to either side that requires constant correction. The nearside front wiper failure in 2022 is unlikely to recur, but a functional check of both front wiper patterns is sensible. Finally, the low engine oil advisory recorded at both the failure and the re-test in April 2022 is worth raising with any seller, as it was not repeated in subsequent tests and may have been addressed, but it should be confirmed by checking the oil level on the dipstick at the viewing and looking for any blue exhaust smoke on startup that could indicate oil consumption through worn piston rings or valve stem seals. Underneath, the vehicle should be inspected on a ramp if possible, with particular attention to the rear inner brake discs for lipping and the suspension arms and bushes for any cracking or play, given that the Discovery Sport is known for premature bush wear at this mileage. A thorough scan for any stored fault codes relating to the four-wheel-drive system, transfer box, and diesel particulate filter would also be advisable given the typical mechanical sensitivities of this model at this age and mileage.