2017 Land Rover Discovery Sport 2.0L Diesel · 8 RMJ

Four consecutive pass certificates with no advisories or failures recorded between September 2022 and March 2026 represent an unusually clean MOT footprint for a nine-year-old Land Rover Discovery Sport, a model that often accumulates suspension, brake, and underbody corrosion advisories as it ages. The most recent test on 28 March 2026 was again a straight pass with no defects recorded, continuing a pattern established at the December 2023, March 2025, and September 2022 examinations. The absence of any advisory items across this four-test span is notable, as even relatively well-kept examples of this generation typically attract at least minor observations relating to underbody corrosion or component wear by this stage. From a roadworthiness certification standpoint alone, the official record is uninterrupted and unblemished. Against an age of roughly nine years, the recorded mileage of 64,722 miles equates to an annual accumulation rate of approximately 7,191 miles, which sits broadly in line with typical average usage for a vehicle of this type and age. The annual mileage appears consistent rather than erratic, with the gaps between tests (September 2022, December 2023, March 2025, and March 2026) showing regular rather than sporadic presentation for examination. There are no multi-year lay-up periods visible in the testing record and no sudden unexplained jumps in odometer readings. Steady, regular use of this nature tends to be kinder to mechanical components than long periods of standing followed by intermittent short journeys, particularly for the stop-start systems, electronic modules, and drivetrain components that can suffer when a vehicle is left idle for extended periods. Because the MOT history contains no recorded advisories or component-specific defects, there is no flagged component history to act as a diagnostic starting point. However, the Discovery Sport of this generation is known for wearing rear suspension components, particularly the trailing arm bushes, coil springs, and anti-roll bar links, and these areas merit particular attention on a physical inspection. On a road test, listen for clonking or knocking from the rear axle over uneven surfaces, particularly when accelerating or braking, and feel for any vagueness or wandering from the rear end that could indicate worn bushings. Steering that feels loose or returns lazily to centre can point to wear in the front lower wishbone bushes or track rod ends, both of which are common wear items on this platform. Brake-related checks should include a feel test of pedal response, looking for any judder under heavy braking that could indicate disc run-out or uneven pad wear, and a stationary check of the wheels for any signs of binding calipers or uneven brake dust accumulation that might suggest a sticking slider. Given the absence of any corrosion advisories on record, the underbody should still be physically inspected for early-stage surface corrosion on the subframe, brake pipe unions, and rear suspension mounting points, as these areas are vulnerable on Discovery Sports of this vintage and may not yet have reached the threshold required for an MOT advisory. A thorough undertray-off inspection at a specialist would be prudent given the model's known susceptibility to underbody and suspension component deterioration, even where the official test record remains entirely clear.