2025 Cupra Formentor V3 Etsi S-A 1.5L Hybrid electric · P77 TAG

The absence of any recorded MOT results means there is currently no verifiable evidence of roadworthiness for this 2025 CUPRA FORMENTOR V3 ETSI S‑A; without a single pass or failure logged, the vehicle’s mechanical status remains entirely undocumented. Consequently, no trend—whether stable, improving or deteriorating—can be established from official testing data, leaving the prospective buyer without a baseline assessment of the car’s compliance with safety and emissions standards. Mileage information is likewise unavailable, preventing any comparison of annual kilometre accumulation against typical usage patterns for a vehicle of this age. The lack of recorded mileage precludes analysis of wear rates for drivetrain, suspension or tyre life, and it also means there are no mileage‑linked service milestones that can be cross‑referenced with the MOT schedule. Given that the MOT history provides no specific defect entries, a comprehensive pre‑purchase inspection is essential. An independent qualified mechanic should examine the structural integrity of the chassis and subframe, verify the condition of suspension components such as control arm bushes and coil springs, and assess the braking system—including pads, discs and hydraulic lines—for wear or corrosion. Electrical systems, especially the high‑voltage components associated with the ETSI hybrid architecture, should be tested for fault codes and proper operation. During a test drive, the buyer should listen for any abnormal noises over bumps that could indicate worn suspension joints, feel for any steering pull or vibration that might suggest alignment or tyre issues, and evaluate the brake pedal for consistent pressure and lack of judder. Any hesitation, unexpected engine surges, or loss of power should be noted, as these could reveal underlying problems not captured by the absent MOT records. A full MOT test prior to purchase will be the definitive means of confirming compliance and identifying any latent defects.