2025 Cupra Leon V1 Phev S-A Hybrid electric (clean) · DA75 RBO

As a brand new 2025 CUPRA Leon PHEV, this vehicle carries no recorded MOT history because statutory testing under the DVSA does not commence until a car reaches three years of registration in the UK. Consequently, there is no prior pass, fail, or advisory data to draw upon when assessing its mechanical condition from official records. Any judgement regarding its roadworthiness must therefore rest entirely on physical inspection rather than historical test evidence, and buyers should recognise that a clean sheet in this context is purely a function of the vehicle's youth rather than an indicator of quality. With mileage recorded as unknown and no MOT history to cross-reference, there is insufficient data to establish an annual accumulation rate or identify any periods of inactivity or intensive use. For a 2025 model being considered in late 2026, it would be entirely reasonable for the car to display very low mileage consistent with a nearly new vehicle, but equally a high figure if it has been used extensively as a daily driver or company vehicle. Without recorded odometer readings, the buyer cannot verify whether the mileage on the dashboard at the point of sale is consistent with what one might expect for the car's age, making it essential to inspect the odometer reading in person and check for any service records that document distance covered since registration. Given the absence of any flagged components in MOT records, there is no specific defect history around which to shape a targeted inspection. However, a prospective buyer of this plug-in hybrid should concentrate their pre-purchase evaluation on the areas most likely to show early wear or known manufacturer concerns in this model range. On a test drive, listen carefully for any knocking or clonking from the suspension over uneven surfaces, which could indicate worn drop links, control arm bushes, or coil springs; pay attention to brake pedal feel, watching for excessive travel, judder under heavy application, or any grinding that would point to binding calipers or worn discs. Steering should be checked for vibration, pulling to one side, or a loose feeling around the straight-ahead, while the transmission should shift smoothly through all gears with no hesitation or shudder given its automatic designation. Tyres should be examined for even tread wear across both axles, as inconsistent wear patterns can reveal misalignment, suspension geometry issues, or brake drag. Because this is a PHEV, additional attention should be given to the hybrid-specific elements during inspection. Confirm that the high-voltage battery holds an adequate state of charge and that the vehicle switches seamlessly between electric and combustion modes without warning lights, unusual noises, or excessive engine running when battery capacity appears available. Check the charging port and cable for damage or corrosion, verify that all hybrid-related dashboard warnings extinguish after startup, and ensure there are no stored fault codes that a diagnostic scan would reveal. Inspect the underside of the vehicle for any signs of fluid leaks from the conventional drivetrain, paying particular attention to oil residue around the engine sump, transmission casing, and any visible plug-in hybrid components. Finally, confirm that the recall and software update history is complete and that all manufacturer service intervals have been observed, as PHEVs require specific maintenance schedules for both the combustion and electrified powertrain systems.