2017 Land Rover Discovery 3.0L Diesel · SP17 NLJ

A consistent pattern of structural roadworthiness emerges across eight MOT tests since 2021, highlighted by a recent pass on April 27, 2026, which recorded zero defects and follows clean certificates in 2024 and 2025. While the overall trajectory appears stable, the historical data reveals isolated vulnerabilities, notably an August 2022 test failure involving structural tyre damage with deep cuts to both rear tyres, accompanied by advisory notices for thinning rear brake pads that were subsequently addressed. Earlier testing in 2021 also shows clean passes, indicating that mechanical disruptions have been sporadic rather than systemic. Accumulating 74,431 miles over approximately nine years yields an average of roughly 8,270 miles per year, placing this Discovery squarely within standard UK usage parameters. This steady mileage accumulation avoids the mechanical risks associated with prolonged periods of stationary storage, such as seized components or heavily degraded lubricants, while also sparing the drivetrain and suspension from the accelerated fatigue seen in high-mileage commercial or long-distance fleet vehicles. The moderate pace of use suggests that major assemblies have experienced typical wear consistent with age, without the compounding stress of excessive annual mileage. Targeted inspection should focus heavily on the tyres and braking system given the specific history of sidewall damage and friction material wear flagged in previous years. During the physical examination and test drive, carefully inspect the inner and outer sidewalls of all four tyres for any fresh cuts, bulges, or perishing, and listen closely for any squealing or grinding from the rear axle indicating low pad thickness or warped discs. Additionally, test the firmness and responsiveness of the brake pedal, ensuring there is no excessive travel or judder when coming to a stop from higher speeds. Given the heavy mass of this Discovery platform, prospective buyers must also scrutinize the suspension linkages, bushes, and structural subframes during a ramp inspection, listening intently for any knocking or clunking noises from the front and rear suspension when driving over rough road surfaces, speed humps, or potholes. Check the steering for any play or pulling to one side, which could indicate alignment issues or premature wear in the steering joints. Verifying these chassis and braking components will ensure the vehicle handles securely under load and matches the unblemished status of its most recent test.