2017 Land Rover Discovery Sport 2.0L Diesel · SP17 NLC

Recurring suspension and braking interventions dominate the roadworthiness history of this Land Rover Discovery Sport, punctuated by multiple initial test failures before passes were subsequently secured. The most recent test on December 4, 2025, concluded with a pass after rectifying a major failure for a serious fluid leak on the nearside rear shock absorber, alongside advisories noting that both front tyres were worn close to the legal limit or worn on the edge. This follows an earlier test cycle in January 2025 where an offside front fractured coil spring caused a major failure, accompanied by advisories warning that the brake discs were worn, pitted, or scored and the rear brake pads were wearing thin. The offside rear damper also has a documented history of recurring leaks, having been flagged with light misting in December 2023 before progressing to a serious fluid leak later that same month. Accumulating 60,815 miles across roughly nine years yields an average of about 6,757 miles per year, representing a typical and measured usage profile for a family SUV of this class. This moderate mileage accumulation distributes wear fairly evenly across the mechanical architecture, though the MOT history confirms that heavy suspension components and friction braking elements have nonetheless suffered notable fatigue. Rather than accumulating damage through excessive high-mileage running, the vehicle has experienced component failures directly related to the high static loads and stresses placed on its heavy chassis and damping assemblies during normal operation. During a static inspection and dynamic test drive, a prospective buyer must pay close attention to the suspension and braking systems highlighted in the record. Listen carefully for knocking, thudding, or rattling noises from the rear suspension over speed bumps and rough road surfaces, which would indicate residual or renewed wear in the dampers or associated mountings. Check the front and rear brake discs for deep scoring or lips on the outer edges, and feel for any vibration, pulsation, or pulling through the steering wheel and brake pedal when bringing the vehicle to a halt from speed. Furthermore, verify that the front tyres have been replaced given their recent proximity to the legal limit, and inspect the inner shoulders for uneven wear patterns that could suggest tracking or alignment misalignment. Check the coil springs visually for any signs of fresh fractures, particularly at the lower seating coils where stress concentrations are highest. Ensuring that all recent damper replacements were executed correctly and that no fluid is currently weeping from the rear axle assembly will be crucial to confirming the immediate mechanical stability of the vehicle.