2016 Land Rover Discovery Sport 2.0L Diesel · HD16 KLC

The Discovery Sport presents a stable and improving maintenance trend. The most recent test on 21 June 2024 at 45,835 miles resulted in a pass, with only a minor advisory for a cut in the nearside rear tyre that had not penetrated the ply or cords. This outcome marks a clear resolution of the defects recorded in the previous 2020 failure, where both rear brake discs were flagged as worn, pitted, or scored. The vehicle has now passed three consecutive MOTs without any major mechanical or structural defects, indicating consistent upkeep over the past four years. The mileage pattern reveals exceptionally low usage for a ten-year-old vehicle, averaging roughly 4,584 miles per year. Between the 2020 failure at 37,760 miles and the 2022 pass at 43,583 miles, the vehicle accumulated 5,823 miles over two years. The mileage then remained entirely static between the 2022 test and the June 2024 test, both recorded at 45,835 miles. This plateau suggests the vehicle may have stood unused for an extended period, which raises its own considerations around fluid degradation, tyre age-related cracking, and brake surface corrosion from prolonged parking. The 2020 failure specifically identified pitted and scored rear brake discs on both sides, a condition often linked to standing water corrosion or aggressive pad wear rather than high-mileage use. The subsequent clean passes confirm the discs and pads were replaced or the surfaces machined back to tolerance. A buyer should still inspect the rear braking assembly in person, checking for uneven disc thickness, lipping at the edges, and caliper slider function. The static mileage also warrants attention to the condition of all four tyres, including sidewall age cracking and date stamp codes, as rubber degrades with time regardless of tread depth. Suspension bushes and coil springs should be examined for perishing or corrosion, particularly if the vehicle has been parked on hardstanding or exposed to coastal or winter road salt conditions.