2026 Geely EX5 PRO Electric · DM26 AHG

Operating completely without historical MOT data due to the absence of any recorded DVSA test history, this unregistered or brand-new vehicle presents a blank slate regarding its past structural and mechanical compliance. Because the vehicle has no previous statutory roadworthiness evaluations on file, prospective buyers cannot rely on historical test patterns, repeat advisories, or previous failure points to gauge how components have aged or worn over time. This lack of prior testing means the car has never been subjected to the rigorous underside inspection, emissions testing, or brake efficiency assessments that official examinations provide, leaving its baseline structural and mechanical integrity entirely unverified by external authorities. Mileage accumulation data is unavailable for this vehicle, as there are no historical odometer readings recorded within the DVSA database to establish an annual usage pattern. Without a documented mileage trajectory or historical test milestones, it is impossible to determine whether the car has experienced heavy commercial use, prolonged periods of static storage, or typical private mileage accumulation since its manufacture. This absence of usage context requires a meticulous physical examination of the odometer hardware and digital instrument cluster to confirm the true distance covered and to ensure that the vehicle's physical wear aligns with its age and intended deployment. Without specific component advisories or recurring defect patterns from past MOT tests to guide the pre-purchase inspection, buyers must conduct a rigorous physical and mechanical appraisal focusing on core structural and high-wear assemblies. A comprehensive ramp inspection is essential to inspect the underbody, high-voltage battery casing, suspension wishbones, subframes, and brake lines for any signs of transit damage, premature corrosion, fluid weeping, or loose fixings that may have occurred during delivery or storage. Particular attention should be paid to the steering geometry, drive units, and electronic control modules to ensure all systems are functioning without fault codes or calibration errors. During the test drive, the driver should evaluate the vehicle across a variety of road surfaces to listen for any anomalous knocks, thuds, or creaks emanating from the suspension linkages and anti-roll bar bushes. Braking performance must be assessed for immediate pedal response, smooth deceleration without vibration or pulling to one side, and the correct operation of regenerative braking systems if applicable. Furthermore, all driver assistance systems, steering responsiveness, and thermal management indicators must be thoroughly tested to confirm that the vehicle operates to manufacturer specifications before completing any purchase.