2023 Land Rover Range Rover Sprt DYN SE Phev A 3.0L Hybrid electric (clean) · 25 JAS

The vehicle presents a pristine roadworthiness profile with zero recorded defects in its single documented MOT test conducted on 14 May 2026. This clean status indicates the vehicle has not incurred any critical mechanical failures or safety-related issues during the period covered by the record. Given the absence of any advisory notes, the core safety systems, including brakes, steering, and structural integrity, have passed inspection without requiring further scrutiny or remedial work. The lack of any recorded faults suggests the vehicle has remained in a mechanically sound state throughout its documented history. The recorded mileage of 14,243 miles indicates a usage pattern of approximately 4,748 miles per year over the vehicle's lifespan. This figure represents a relatively low annual accumulation for a vehicle of this age, suggesting limited daily driving or extended periods of inactivity. Such low usage can lead to specific mechanical concerns, including the potential for flat-spotting on tyres, reduced lubrication efficiency in engine and transmission components, and possible battery degradation in high-voltage systems due to lack of regular cycling. The vehicle has not undergone a significant number of MOT tests, with only one entry recorded, which aligns with its low mileage and infrequent road use. Prospective buyers should conduct a thorough inspection focusing on the consequences of low mileage, specifically checking the high-voltage battery pack for any signs of swelling, fluid leaks, or cooling system degradation, as the battery management system may require calibration after prolonged static periods. On a test drive, listen for any unusual whines or vibrations from the electric drive unit or transmission, which could indicate lack of lubrication circulation. Additionally, inspect the tyres for uneven wear patterns or flat spots, and verify that the electronic suspension systems are responding correctly to load changes, as these components rely on regular movement to maintain proper bushing integrity and hydraulic fluid flow.