2021 Mercedes-Benz EQV 300 Sport Premium Electric · F9 RCE

The vehicle appears to be in a stable but reactive maintenance state, with the most recent MOT results indicating a tendency to address consumable issues only when they reach a point of failure. The June 2025 test at 37,592 miles initially resulted in a failure due to an ineffective windscreen wiper and several tyre defects. While the vehicle passed upon retest on the same day, the advisories regarding damaged, perishing, and worn tyres suggest that maintenance is being performed on an as-needed basis rather than through proactive replacement. The mileage history shows a consistent and typical usage pattern for a five-year-old vehicle. The recorded 33,197 miles in April 2024 and the 37,592 miles in June 2025 represent an accumulation of 4,395 miles over approximately fourteen months. This averages to roughly 3,767 miles per year during that specific interval, which is lower than the overall lifetime average of 7,518 miles per year. This suggests the vehicle may have seen reduced usage or more localized driving in the most recent period. A prospective buyer should focus physical inspections on the tyre condition and the quality of the rubber, as the June 2025 record flagged cracking and perishing on the nearside rear tyre alongside edge wear on both rear outer tyres. The recurring nature of tyre wear across the 2024 and 2025 tests could indicate an alignment issue or uneven suspension loading. I recommend checking the wheel alignment and inspecting the suspension components for any signs of premature wear that might cause such uneven tread patterns. Beyond the tyres, the windscreen wiper failure in June 2025 is a minor consumable issue, but it reinforces the pattern of deferred maintenance. While no structural corrosion or significant mechanical failures like brake binding or suspension bush degradation were noted in these records, the reliance on reactive repairs means a thorough check of all rubber seals and wiper assemblies is advisable to ensure they meet standard operating conditions.