2023 Cupra Formentor VZ2 Phev S-A 1.4L Hybrid electric · KM23 DVL

Consistent roadworthiness defines this vehicle, which successfully cleared its first statutory MOT inspection on 19 May 2026 without a single recorded defect or advisory. Having reached this milestone at three years of age with no flagged structural or mechanical concerns, the car demonstrates a clean initial service life. The absence of any recorded failures or component warnings suggests that the primary mechanical systems, including the braking, steering, and suspension assemblies, have maintained their integrity throughout the initial warranty period. Accumulating 29,812 miles over three years results in an average of approximately 9,937 miles annually, a usage profile that aligns with standard expectations for a modern hybrid vehicle. This consistent mileage suggests the car has been used regularly rather than sitting idle for extended periods, which is beneficial for the longevity of the high-voltage battery and the internal combustion engine components. Because the vehicle has been driven steadily, the mechanical systems have been subject to regular thermal cycling, which is generally preferable to long-term storage that can lead to seized calipers or degraded seals. Prospective buyers should focus their test drive on the integration between the petrol engine and the electric motor, specifically listening for any hesitation or jarring transitions during power delivery. Given the weight of the battery pack in this plug-in hybrid model, pay close attention to the suspension response when traversing uneven road surfaces. Listen for any metallic knocking or clunking sounds from the front and rear axles, which could indicate early-stage wear on the anti-roll bar links or suspension bushes. Any steering pull or vibration through the steering wheel at motorway speeds should be noted, as these can be early indicators of wheel alignment issues or tyre wear patterns that were not present at the time of the last inspection. Braking performance should be evaluated by observing the pedal feel, which should remain firm and consistent without any sponginess or excessive travel. Because regenerative braking systems reduce the workload on traditional friction brakes, check the brake discs for signs of surface corrosion or uneven wear patterns that can occur if the mechanical brakes are used infrequently. During the test drive, perform a controlled stop to ensure the vehicle tracks straight and that the transition between regenerative and hydraulic braking feels smooth and predictable. Any grinding noises or squealing during deceleration should be investigated, as they may point to debris or oxidation on the friction surfaces.