2025 Porsche Macan 4S Electric Electric · LM07 RAM

The vehicle has no MOT record on the DVSA database, which is typical for a 2025 model as the first statutory test is not required until three years after the initial registration. Consequently there is no recent test outcome to gauge a maintenance trend, and no evidence of either recurring failures or improving compliance. In the absence of any recorded advisories or failures, the logical inference is that the car has either not yet been subjected to a formal MOT or that any private servicing has been kept up to date, but this cannot be confirmed from the public record. Mileage for the Macan is not disclosed, so a direct comparison with its one‑year age cannot be made. For a vehicle of this vintage a normal annual accumulation would be in the region of eight to twelve thousand miles, reflecting typical private‑owner usage. Should the odometer reveal a figure substantially below this range, it would suggest limited use and consequently lower mechanical wear, but it may also point to prolonged periods of storage where components such as the brake discs, suspension bushes and battery cells can suffer from age‑related degradation. Conversely, a reading well above the expected average would indicate a high‑usage profile, which would accelerate wear on the electric drivetrain, tyre tread, and suspension components, and would merit a more thorough inspection of those systems. Given the lack of MOT data and the likelihood of relatively low mileage, the buyer should focus on time‑based checks rather than mileage‑driven wear. Examine the tyre sidewalls for cracking, dry rot or age‑related hardening, as tyres older than four years can become unsafe even if tread depth appears adequate. Inspect the 12‑volt auxiliary battery and the high‑voltage traction battery for signs of reduced capacity, abnormal heating during charge, or error codes on the vehicle’s diagnostic display. Verify that all software updates have been applied, particularly those relating to battery management and regenerative braking, and confirm that the charging port and cable are free of corrosion or damage. A physical walk‑around should include a close look at the suspension bushings, control arm joints and coil springs for any signs of corrosion, cracking or excessive play, especially if the car has spent time idle. Check the brake discs for surface rust or uneven wear, and ensure the calipers move freely without binding, as electric vehicles often experience less frequent braking and can develop corrosion on the disc faces. Finally, confirm that the coolant for the battery thermal‑management system has been replaced according to the manufacturer’s calendar schedule and that there are no leaks around the high‑voltage connectors, as fluid degradation can affect both cooling efficiency and overall drivetrain reliability.