2020 Mercedes-Benz E 1.9L Diesel · VX20 SRV

A recurring and highly critical pattern of multiple fractured alloy wheels defines the mechanical history of this vehicle, presenting a significant structural concern that overshadows its otherwise clean testing record. In both September 2023 and October 2024, the vehicle failed its MOT due to dangerous defects involving three fractured road wheels—specifically the nearside front, nearside rear, and offside rear—before passing on subsequent retests. Although the vehicle achieved a clean pass with no defects on 15 October 2025, the repetition of these severe structural wheel failures over consecutive years indicates a persistent vulnerability to road impact damage, likely exacerbated by low-profile tyre configurations typical of this model. Accumulating approximately 7,463 miles per year, the vehicle displays a highly typical usage pattern for an executive saloon of this age. This steady mileage accumulation suggests regular, moderate use rather than extended periods of standing, which helps prevent issues like seized brake calipers or degraded suspension bushes. However, the moderate mileage combined with the repeated wheel damage suggests the vehicle has likely been subjected to standard UK urban or motorway driving where potholes and road imperfections have taken a heavy toll on the unsprung chassis components. Prospective buyers must conduct an exceptionally rigorous inspection of the alloy wheels and tyres before purchase. Given that three wheels have fractured and been replaced or repaired twice in the vehicle's history, any replacement wheels must be verified as genuine OEM parts or high-quality load-rated alternatives, rather than cheap replicas or poorly welded repairs. On a test drive, the buyer should pay close attention to any high-frequency vibrations through the steering wheel or driver's seat, particularly at motorway speeds, which could indicate buckled wheels, improper wheel balancing, or flat spots. Additionally, because the 2024 test highlighted both rear tyres being worn close to the legal limit and worn on their edges, the current tyre tread depth and wear patterns across both axles must be checked; uneven edge wear can point to misaligned suspension geometry or worn rear suspension bushes. The severity of the impacts required to fracture three alloy wheels on two separate occasions means the entire suspension and steering architecture warrants close scrutiny. A professional inspection on a ramp is highly recommended to check the integrity of the front and rear suspension arms, coil springs, dampers, and wheel bearings, which may have absorbed significant kinetic energy during these impact events. During the road test, the buyer should listen for any distinct knocks, clunks, or rumbling noises when travelling over uneven surfaces or speed bumps, and check for any tendency of the vehicle to pull to one side, which would confirm tracking or structural alignment issues stemming from past road-hazard impacts.