2025 Nissan Qashqai Tekna E-Power Auto 1.5L Hybrid electric (clean) · SW25 FBZ

Without any recorded MOT examinations, there is no documented evidence of this 2025 Nissan Qashqai Tekna E‑Power having met the statutory roadworthiness standards at any point in its life. The absence of both pass and failure entries means a prospective buyer cannot rely on an established pattern of compliance or on any identified defects that might have been rectified through the MOT process. Consequently, the vehicle’s mechanical reliability remains entirely unverified by the official testing regime. Mileage data is also missing, leaving the vehicle’s usage profile indeterminate. With no odometer readings to compare against its 2025 model year, it is impossible to gauge whether the car has been driven lightly, accumulated high annual kilometres, or sat idle for extended periods. This lack of mileage information prevents any inference about component wear rates, such as tyre tread life, brake disc thickness, or suspension fatigue, which are typically correlated with distance travelled. Given the complete void in MOT and mileage records, a comprehensive independent mechanical inspection is essential before any purchase decision. Particular attention should be paid to the high‑voltage battery pack and its cooling system, as the E‑Power architecture relies on battery health for both performance and range; a visual check for coolant leaks, swelling, or corrosion around the battery housing is advisable. The electric motor and inverter should be examined for unusual noises or vibration, while the conventional drivetrain components—engine oil level, coolant temperature, and exhaust system—should be inspected for leaks or signs of overheating that would not have been captured by an MOT. The vehicle’s chassis and suspension should also be scrutinised for rust, especially around the subframe, wheel arches, and suspension mounting points, as any structural corrosion would be a serious safety concern. During a test drive, listen for any whine or grinding from the motor and gearbox, and feel for judder or pull when applying the accelerator, which could indicate motor or battery issues. Evaluate the steering response for any looseness or binding that might reveal worn steering rack bushings or tie‑rod wear. Apply the brakes firmly and note any pulsation, excessive pedal travel, or noise that could point to warped discs, worn pads, or air in the hydraulic system. Finally, monitor the vehicle’s ability to maintain speed on a steady incline; a noticeable loss of power or erratic power delivery may signal degradation in the electric drivetrain that would warrant further diagnostic testing.