2016 Land Rover Range Rover 3.0L Diesel · YC16 BSZ

A high-frequency commercial or long-distance operational profile defines the structural longevity of this Range Rover, which secured its most recent pass on the fifth of November 2025 at an advanced mileage. The official DVSA inspection record displays a mixture of intermittent test failures alongside periods of compliance, indicating standard wear rather than a pristine structural history. Past refusals stem from straightforward electrical faults, including an inoperative engine malfunction indicator lamp in October 2024 and exterior position lamp failures in previous years, all of which were promptly rectified prior to retesting. While the vehicle successfully navigated its annual assessments, the presence of recurring minor defects points to the continuous maintenance demands typical of a heavily utilized flagship luxury platform. Accumulating 237,523 miles across roughly ten years translates to an intense annual average of approximately 23,752 miles, positioning this vehicle well outside standard private usage brackets. This high-mileage regime suggests the chassis and drivetrain have spent considerable time operating at motorway speeds, which inherently minimizes the damaging effects of short-journey condensation but accelerates thermal and mechanical fatigue across major powertrain components. Prospective buyers must view this mileage accumulation as a primary driver of component wear, affecting everything from suspension damping to transmission internals, regardless of how well the vehicle presents cosmetically. Attention must be directed immediately to the rear braking system, as the November 2025 MOT test highlighted both rear brake discs as worn, pitted, or scored. On a test drive, you should listen carefully for a grinding or scraping sound from the rear axle when applying the pedal, and check for any lateral pull or pulsation through the brake pedal itself. Given the vehicle's mass and high-mileage accumulation, inspect the brake pedal travel and firmness to ensure the hydraulic system responds evenly without excessive sponginess. Further examination of the roadworthiness history reveals past advisories regarding tyre edge wear and recurring engine emission notations, underscoring the need to verify the health of the fuel combustion and exhaust gas recirculation systems. During your inspection, listen for any abnormal hesitation or rough idling when the engine is brought up to operating temperature, and check the dashboard for any lingering fault codes relating to emissions control. A thorough physical check of the underbody and suspension bushes is mandatory during a pre-purchase lift inspection to identify any hidden play or advanced corrosion stemming from years of heavy road use.