2021 Mercedes-Benz EQC 400 AMG Line Premium 4M Electric · GX71 REU

The Mercedes-Benz EQC in question carries a clean MOT history, with both recent tests—conducted on 10 July 2025 and 14 October 2024—resulting in a full pass without any recorded defects or advisories. This consistency suggests the vehicle has been maintained at a level sufficient to meet current UK roadworthiness standards, though the absence of advisories does not preclude underlying issues requiring closer inspection. The most recent test, just over a year ago at 37,095 miles, confirms the vehicle remains compliant with emissions, structural integrity, and critical safety systems. However, the lack of any advisory notes means potential wear on high-wear components—such as suspension bushes, brake calipers, or battery health—cannot be confirmed or ruled out without further investigation. The recorded mileage of 37,095 miles over approximately five years indicates an average annual distance of around 7,400 miles, which aligns with typical usage patterns for a vehicle of this age. There are no significant gaps in testing that might suggest prolonged neglect, as the most recent MOT was conducted within the standard 12-month window. The mileage increase between tests—3,555 miles in just under three months between October 2024 and July 2025—does not indicate excessive wear, though it does suggest active use. Without earlier MOT records, it is impossible to assess whether this mileage rate has been consistent, but the data provided does not raise immediate concerns about accelerated degradation. Given the clean MOT history, a prospective buyer should prioritise an independent inspection of high-wear and high-risk components. The battery health of an electric vehicle, particularly in a model of this age, warrants immediate attention—no MOT test explicitly assesses state of charge or battery capacity, and degradation could impact range and performance. Suspension components, including coil springs, bushes, and dampers, should be examined for wear or corrosion, especially in an EV where weight distribution may accelerate stress. Brake systems, including discs and calipers, should be checked for uneven wear or binding, as electric vehicles often rely more heavily on regenerative braking but still require conventional braking for safety. Structural integrity, particularly around the battery housing and underbody, should be scrutinised for corrosion or damage, as electric vehicles are more susceptible to water ingress and electrical system failures. The absence of advisories in recent MOTs does not guarantee these areas are free from issues, and a thorough mechanical inspection is essential to confirm the vehicle’s current condition. The clean test history is a positive indicator of responsible ownership, but the buyer must verify that critical components have been properly serviced and replaced as required.