2021 Mercedes-Benz EQC 400 AMG Line Premium + 4M Electric · DJ11 BEE

This Mercedes-Benz EQC has demonstrated a stable roadworthiness trend over the past two MOT cycles, both concluding with clean passes on 2025-07-21 and 2024-07-22 without any defects or advisories. The absence of recurring issues in the official record suggests the vehicle has not suffered from persistent mechanical failures or structural weaknesses during these tests. However, the most recent MOT was conducted nearly a year ago, which is now overdue by 11 months—well beyond the standard 12-month validity window. This delay alone raises questions about the owner’s commitment to maintaining compliance with UK roadworthiness regulations, particularly for an electric vehicle where battery health and high-voltage systems require vigilant oversight. The recorded mileage of 39,668 miles over approximately five years equates to an average of around 8,000 miles annually, which aligns with typical usage patterns for this class of vehicle. There are no evident gaps in service intervals or abrupt spikes in mileage between the two MOT tests, though the sparse data makes it impossible to assess whether intermediate maintenance—such as brake fluid changes, suspension servicing, or tyre rotations—has been consistently performed. The lack of advisories in either test implies no immediate concerns with drivetrain components, suspension integrity, or exhaust emissions, but this does not preclude hidden wear in areas like wheel bearings, steering dampers, or high-voltage connectors, which are not routinely covered by MOT testing. Given the clean MOT history, a prospective buyer should prioritise an independent inspection of the suspension system, focusing on wear in the coil springs, bushings, and strut mounts, which are common failure points in high-mileage EVs. The brakes, despite no recorded defects, warrant scrutiny for uneven pad wear or binding calipers, particularly if the vehicle has been subjected to aggressive driving or frequent high-speed charging cycles. Corrosion around the wheel arches and sills should also be examined closely, as electric vehicles often experience accelerated rust due to heavier battery packs and potential fluid leaks. Finally, the high-voltage battery and its associated cooling system—though not MOT-tested—demand professional assessment to confirm there are no internal faults or degraded cooling performance, which could lead to premature capacity loss.