2025 Chery Tiggo 8 Summit Phev Auto 1.5L Hybrid electric · ML75 XLP

As the vehicle in question is a 2025 Chery Tiggo 8 Summit PHEV Auto, it is presently too new to require an MOT test under current UK road traffic legislation, which mandates initial testing upon reaching three years of age. Consequently, there is no DVSA MOT history available to evaluate, and an official roadworthiness trend cannot be established from the testing database at this stage. While the absence of an MOT record is entirely normal for a vehicle of this age and should not be viewed as a red flag, it does mean that any prospective buyer is evaluating the car without the benefit of an independent regulatory inspection. The mechanical provenance therefore rests entirely on the manufacturer's factory build quality, the main agent or supplying dealer's pre-delivery inspection, and the documented service history that should accompany a near-new vehicle. Any diligent purchase should verify that the vehicle is still within its original manufacturer warranty period and that all complimentary early services have been carried out and stamped. Regarding the recorded mileage, the data provided is insufficient to draw any meaningful conclusions regarding annual usage or mechanical wear. For a vehicle registered in 2025 viewed at the close of 2026, the average UK driver covers approximately eight to ten thousand miles per annum, though PHEV models are sometimes utilised more heavily due to their suitability for urban commuting on electric power. Without confirmed mileage figures, it is impossible to assess whether the vehicle has suffered from excessive short-journey use, which can be detrimental to petrol engines, or prolonged standing periods, which can affect hybrid battery health and 12V auxiliary systems. Any prospective buyer should request an immediate verification of the current odometer reading via the dashboard display and cross-reference it with the service book stamps and any delivery mileage recorded by the supplying retailer. Given the absence of an MOT history and the lack of specific defect data, a physical inspection should focus on age-and-mileage-appropriate checks rather than chasing recurring failure patterns. Although the tyres will be relatively new and unlikely to suffer from tread wear, they should still be inspected closely for any sidewall perishing or cracking from environmental exposure, and the pressures checked against the manufacturer specification located on the door jamb or fuel filler flap. The 12-volt auxiliary battery, which is critical for the boot-up sequence of the hybrid system, should be tested for its state of charge, as vehicles left standing on forecourts for extended periods frequently suffer from a depleted or degraded battery that can cause dashboard warning lights and system faults. Furthermore, the fluid reservoirs for the engine coolant, brake system, and the PHEV-specific thermal management circuits should be examined for correct levels and any signs of leakage, bearing in mind that brake fluid is hygroscopic and degrades over time regardless of mileage. On a practical test drive, particular attention should be paid to the seamless transition between the electric motor and the petrol engine, ensuring there are no unexpected vibrations or warning alerts on the driver information display. Listen for any untoward clonks from the suspension, which may indicate transit damage from a long delivery journey rather than mechanical wear, and test the regenerative braking feel for consistency. The plug-in hybrid system should be verified to charge correctly via the supplied cable, and the predicted electric range should be assessed against the ambient temperature to ensure the high-voltage battery is functioning as intended. Finally, confirm that all owner manuals, the Type 2 charging cable, the locking wheel nut key, and any associated charging accessories are present, as the replacement cost of these items for a Chinese-market PHEV can be considerable if lost.