2023 Mercedes-Benz AMG GLE 53 Premium+ Mhev 4M+ A 3.0L Hybrid electric (clean) · BL72 NNR

The vehicle passed its most recent MOT test on 4 March 2026 with no defects recorded, indicating a stable roadworthiness status at that point. The absence of advisories or failings suggests the tester did not identify any immediate safety or emissions concerns during that inspection. However, the MOT history is extremely limited—comprising only a single entry—making it impossible to assess long-term maintenance trends or recurring issues. Buyers should treat this as a snapshot rather than a comprehensive history, particularly given the vehicle’s age and the rarity of MOT data. The recorded mileage of 17,885 miles over approximately three years (as of August 2026) equates to an average of around 5,962 miles annually, which is unusually low for a vehicle of this class and age. Such low mileage could imply limited use, extended periods of storage, or potential underreporting. Without earlier MOT records or service intervals, there’s no way to confirm whether the vehicle has been subjected to prolonged idling, which can accelerate wear on components like suspension bushes, coil springs, and battery health. The lack of mileage progression also raises questions about whether the vehicle has been driven regularly enough to prevent issues like binding brake calipers or stiff suspension linkages. Given the sparse MOT history, an in-person inspection should prioritise critical high-wear areas that often fail silently or degrade over time. Focus on the suspension system—check for cracked or worn coil springs, deteriorated bushes, and binding linkages, as these are common failure points in high-performance vehicles even at low mileages. The braking system warrants thorough examination: test for uneven pad wear, glazed discs, or binding calipers, which can develop without obvious warning. Additionally, inspect the exhaust system for corrosion or leaks, particularly around flanges and catalytic converters, as MHEV hybrids are prone to electrical and thermal stress. Finally, verify the structural integrity of the underbody and wheel arches for signs of corrosion, as standing vehicles are susceptible to rust progression in critical load-bearing areas. The absence of MOT data makes these checks essential for assessing the vehicle’s true condition.