2025 Tiggo 7 Summit Phev Auto Hybrid electric (clean) · DP75 LFS

The 2025 TIGGO 7 Summit PHEV Auto has no recorded DVSA MOT history, which means there is no direct evidence of prior test outcomes, defect trends, or maintenance compliance to evaluate. Without an MOT pass or failure history, it is impossible to determine whether the vehicle’s maintenance regime has been stable, worsening, or improving over time. The absence of a record also precludes any assessment of recurring issues, such as persistent suspension wear, electrical faults, or fluid degradation patterns that might suggest underlying neglect or mechanical stress. For a prospective buyer, this lack of historical data introduces a higher level of uncertainty regarding the vehicle’s long-term reliability and the extent to which it may have been subjected to regular servicing or wear-and-tear management. The mileage data for this vehicle is entirely absent, which complicates any comparison to its age or expected usage patterns. A 2025 model represents a relatively new platform, and without mileage figures, it is difficult to gauge whether the car has been driven at a typical annual rate—roughly 10,000 to 15,000 miles per annum for a PHEV in the UK—or if there have been significant periods of disuse. However, the absence of mileage does not necessarily indicate poor maintenance; some owners may choose to keep mileage low through infrequent use, particularly if the vehicle is parked for extended periods. That said, prolonged static conditions can lead to issues such as battery degradation, brake corrosion from standing, or fluid degradation in sealed systems like the differential or transmission. If the car has been driven at a moderate rate, the wear on components like tyres, suspension bushes, and brake pads would likely be within expected limits, but if mileage is low, the risk of age-related wear—such as sidewall cracking in tyres or internal corrosion in the exhaust system—could be a concern. Given the lack of an MOT history, the buyer should prioritise a thorough physical inspection of the vehicle’s structural and mechanical integrity. Start with an examination of the tyres for signs of perishing or uneven wear, particularly focusing on the sidewall for cracks or dry rot, which can compromise safety and warrant replacement before they lead to blowouts. The battery should be checked for corrosion around terminals and tested for charge retention, as PHEVs rely on both the lead-acid battery and the high-voltage system, which may require specialist attention. Inspect the brakes for corrosion on discs or binding calipers, especially if the car has been stationary for long periods, as moisture can cause seizing. The suspension should be tested for excessive clunking or binding, which may indicate worn coil springs, broken suspension bushes, or damaged strut mounts. Fluid levels should be checked—oil, brake fluid, and coolant—with attention to their condition; fluids degrade over time, even when not driven, and should be replaced according to manufacturer recommendations, typically every 2–3 years or 60,000 miles for modern fluids. Finally, a visual inspection of the exhaust system for rust or leaks, and the electrical connections for corrosion, will help identify any potential issues that could arise from static or infrequent use. If the vehicle has been driven at a higher rate, the buyer should also look for signs of excessive mileage wear, such as uneven tyre wear patterns, worn brake pads, or lubrication issues in the drivetrain.