2021 Land Rover Range Rover Sport HSE D Mhev A 3.0L Diesel · AR71 ANA

This Tesla Model 3 Long Range AWD, registered in 2023, presents a critical absence of any MOT history, rendering any assessment of roadworthiness or maintenance trends impossible. Without a single test record, there is no data to confirm whether the vehicle has undergone routine checks, let alone whether any recurring faults have emerged over time. The lack of MOT documentation also means critical components—such as suspension integrity, brake system condition, or structural corrosion—cannot be verified against regulatory standards. For a vehicle of this age, even a single MOT would provide baseline evidence of whether basic maintenance had been attended to, such as tyre condition, fluid levels, or emissions compliance. As it stands, the record fails to establish even the most fundamental indicators of care. The absence of mileage data or MOT entries precludes any analysis of usage patterns. A 2023 vehicle should have undergone its first MOT by May 2024, yet no record exists. This gap suggests either deliberate non-compliance with legal requirements or that the vehicle has never been on the road for testing. Without mileage figures, it is impossible to determine whether the car has been driven sparingly or excessively, which would otherwise inform expectations around wear on high-stress components like brakes, suspension, or battery health. The lack of any documentation also raises questions about whether the vehicle has been stored improperly, potentially accelerating issues like tyre degradation or corrosion. Given the complete absence of MOT history, a prospective buyer must treat this vehicle as a blank slate in terms of mechanical verification. Primary focus should be on suspension components , including coil springs, bushes, and struts, for signs of uneven wear or damage, as these are often overlooked in electric vehicles due to their silent operation. The braking system —particularly disc thickness, caliper binding, and rotor warping—must be inspected rigorously, as regenerative braking systems can still degrade conventional brakes over time. Structural integrity , including underbody corrosion (especially around the battery pack and suspension mounts), should be scrutinised, as electric vehicles often suffer from accelerated rust due to weight distribution and lack of underbody ventilation. Additionally, tyre condition —including tread depth, sidewall integrity, and uniformity—must be verified, as failing twice on tread in conventional vehicles suggests neglect; here, it implies no prior checks at all. The battery health, while beyond MOT scope, warrants professional assessment, as degradation patterns cannot be inferred from this data.