2025 Chery Tiggo 7 Summit Phev Auto 1.5L Hybrid electric · DP75 LDZ

No DVSA MOT test history is currently available for this 2025 Chery Tiggo 7 Summit PHEV, and as such a formal pass or fail outcome cannot be referenced. Because the vehicle is less than three years old, it will not yet be legally required to undergo its inaugural MOT test, provided it was first registered on or after the relevant cut-off date. Without prior test records, no longitudinal maintenance trend can be established from the DVSA database, meaning there are no documented advisories, defects, or failure points to evaluate. Any prospective buyer must therefore rely entirely on physical inspection, dealer servicing evidence, and a thorough independent pre-purchase mechanical assessment rather than historical MOT data. Recorded mileage is not available, and there is insufficient data to compare the vehicle's annual usage rate against its age. For a 2025 model, typical first-year mileage for a modern SUV or crossover could range considerably from a few thousand miles to over fifteen thousand depending on the previous owner. As a plug-in hybrid, it is worth determining whether the mileage was predominantly accumulated in electric mode or under hybrid combustion operation, as this influences wear on the internal combustion components, brake disc surface corrosion from regenerative braking reliance, and 12V auxiliary battery health. Where mileage is unverified, the buyer should request the full service history printout from the dealer network, along with any telematics or in-car energy usage logs the manufacturer may hold, to cross-reference actual usage against the indicated odometer reading. Because the MOT history is sparse and the vehicle is still relatively new, buyer attention should focus on age-related and standing degradation issues rather than wear-and-tear defects. Inspect the tyres carefully for sidewall perishing or cracking from age, even if the tread depth appears satisfactory, as polymer compounds degrade with calendar age irrespective of mileage; check the production date code on the sidewall to ensure they are not older than two to three years. Examine the brake discs for surface rust, particularly at the edges and hub face, which is common on hybrids that rely heavily on regenerative braking and may suffer from binding calipers due to infrequent mechanical brake application. Verify the condition and state of charge of the 12V auxiliary battery, as modern vehicles with significant electronic systems can suffer premature depletion if the car has been left standing for extended periods, and ensure all warning lights illuminate and clear correctly during a full ignition cycle. Finally, confirm the time-based servicing schedule has been adhered to, particularly for the engine oil and oil filter, coolant, transmission fluid, brake fluid, and the plug-in hybrid system's high-voltage battery coolant, as many of these have calendar-based replacement intervals rather than purely mileage-based ones. Inspect the high-voltage charging port and cable for damage or contamination, and ensure the vehicle charges correctly on both AC and any rapid DC points if equipped. On a test drive, listen carefully for any irregular suspension noises such as clunks or knocking over uneven surfaces, which could indicate worn bushes or coil springs, and pay attention to any vibration through the steering or brake pedal that might suggest warped discs or imbalance. Verify that the plug-in hybrid system transitions smoothly between electric and combustion modes, and that the infotainment, driver assistance, and safety systems all function as intended, as electronic faults are an emerging area of concern in relatively new vehicles from emerging manufacturers.