2026 Land Rover Range Rover SPT Autobio Phev A 3.0L Hybrid electric (clean) · YL26 MMV

An absence of historical Ministry of Transport records defines this specific vehicle profile, reflecting its status as a brand-new vehicle registered in the year 2026. Because UK legislation exempts new vehicles from statutory roadworthiness testing for their first three years, no official DVSA inspection data exists for this Range Rover Sport Autobiography Plug-in Hybrid Electric Vehicle. Consequently, establishing baseline mechanical condition relies entirely on physical inspection and verification of the manufacturer warranty rather than historical test data. The DVSA mileage record reflects the vehicle's zero-test status, meaning no annual odometer progression data is available in the national database. With age and mileage metrics starting from zero, the vehicle's operating history is entirely unformed. Prospective buyers cannot evaluate historical usage intensity, annual mileage accumulation, or potential periods of inactivity through the standard MOT framework. Evaluating a vehicle of this classification and age requires shifting focus away from historical defect logs and toward the functional inspection of its complex systems during a pre-purchase examination. The petrol-electric hybrid powertrain demands careful verification of high-voltage charging capabilities, regenerative braking transitions, and seamless internal combustion engine integration. During a test drive, listen closely for any unusual electronic whines, drivetrain hesitations, or hesitation when switching between electric and hybrid driving modes. The heavy air suspension and advanced chassis architecture of this Autobiography model should be thoroughly tested over varied road surfaces to detect any unwanted body roll, air compressor lag, or suspension knocks. Inspect the underbody for any transit damage or early environmental surface corrosion on exposed alloy components, and verify that all driver assistance sensors, touchscreens, and auxiliary equipment operate without fault. Independent professional inspection remains the most effective method to confirm baseline assembly quality and mechanical integrity in the absence of a historical test record.