2025 BYD Sealion 7 Excellence EV AWD Electric · Y26 CLC

The most recent MOT assessment for the 2025 BYD SEALION 7 EXCELLENCE EV AWD indicates a clean result, which suggests the vehicle has been maintained in line with standard expectations. However, without a documented mileage history, it is challenging to definitively gauge whether the car has been used consistently or if there are signs of accelerated wear. The absence of a clear trend means potential buyers should focus on other indicators such as the condition of key mechanical components. Looking at the recorded mileage in relation to the vehicle’s age is critical. At 2026-09-02, the car’s age places it in a typical range for a mid-range SUV, but without precise annual usage figures, it’s hard to assess if the mileage aligns with expected wear patterns. If the vehicle has been driven regularly, you should expect normal tyre degradation, brake pad wear, and fluid consumption. However, any significant gaps in service records could point to overlooked issues. It is advisable to inspect the tyre sidewalls for cracking or perishing, as these are common failure points at this stage. On a test drive, listen carefully for any suspension clunks or unusual noises that may indicate worn bushings or ball joints. Pay attention to the tyre sidewall for signs of damage or deterioration, which can affect handling and safety. Brake performance should be evaluated closely; if the braking feel feels spongy or there is a shudder, this could signal brake disc corrosion or worn calipers. Additionally, check the 12V battery for any signs of leakage or reduced capacity, as this could impact electrical systems and lighting. For buyers who have not yet recorded service intervals, it is prudent to verify that the vehicle has received regular maintenance, including oil changes, filter replacements, and brake inspections. Given the current clean MOT status, the focus should shift to practical checks that align with the car’s age and typical usage. Ensure the fluid levels are adequate, the exhaust system is intact, and the structural integrity remains intact. This approach will help mitigate risks associated with older models while still allowing for informed decision-making.