2026 Mercedes-Benz EQE 350+ Sport Edition Electric · LR26 DYV

The 2026 Mercedes-Benz EQE 350+ Sport Edition presented here lacks a recorded DVSA MOT history, which is unusual for a vehicle of this model and year, as all UK-registered electric vehicles must undergo mandatory MOT testing annually from their third year of registration onward. Without an MOT record, there is no direct evidence of prior compliance with legal roadworthiness standards, including structural integrity, emissions control, braking systems, and electrical safety. The absence of a test history does not inherently indicate mechanical failure but does warrant heightened scrutiny, as it may suggest either a lack of prior inspections or potential unaddressed issues that could have been flagged. For a vehicle of this premium segment, a clean MOT record would be expected, particularly given the EQE’s reliance on advanced electrical systems and high-performance components that are prone to subtle degradation over time. The lack of mileage data makes it impossible to accurately assess annual usage patterns or the vehicle’s exposure to wear and tear. Electric vehicles like the EQE typically accumulate mileage more gradually due to lower operational costs and reduced mechanical friction compared to internal combustion engine counterparts, but the absence of recorded figures complicates any meaningful analysis. Without context, one cannot determine whether the vehicle has been subjected to high-stress driving conditions, prolonged periods of inactivity, or whether it has been used primarily for commuting or leisure. For an electric model of this age, rapid mileage accumulation could indicate aggressive use, which may accelerate wear on the battery management system, electrical connectors, or high-voltage components, while prolonged idling could lead to issues such as corrosion in the battery terminals or degradation of the inverter and power electronics. Conversely, low mileage might suggest the vehicle has been kept in a static condition, risking problems like standing corrosion in the undercarriage, fluid degradation in the electrical systems, or potential battery degradation from prolonged disuse. Given the absence of an MOT history, the buyer should conduct a meticulous physical inspection to address critical areas that may not have been flagged in prior tests. First and foremost, the vehicle’s undercarriage must be examined for signs of corrosion, particularly around the battery housing, exhaust system, and wheel arches, as standing water and road salt can accelerate rust progression in electric vehicles. The battery system should be inspected for any visible swelling, leaks, or discoloration, which could indicate internal failure or external damage. The high-voltage wiring and connectors should be checked for signs of wear, heat damage, or loose connections, as these are critical to the vehicle’s electrical integrity. Additionally, the brake system should be thoroughly inspected, including the discs, pads, and calipers, for signs of corrosion, binding, or uneven wear, which can be exacerbated by prolonged periods of inactivity. The suspension components, such as coil springs, shock absorbers, and suspension bushes, should be tested for excessive play or clunking noises, particularly when driving over bumps or at speed, as these can indicate wear or failure. For a vehicle of this age and with no recorded mileage, practical checks should focus on time-based maintenance and the effects of prolonged use or disuse. The tyre tread depth should be verified, with particular attention to sidewall conditions, as electric vehicles may experience more rapid tyre wear due to the higher torque and regenerative braking systems. Sidewall cracking or perishing from age should be inspected, as this can compromise tyre safety and structural integrity. The 12-volt battery and associated electrical systems should be tested for proper functioning, including the headlamps, indicators, and horn, as a failing auxiliary battery can lead to electrical gremlins and reduced reliability. The fluid levels and condition of the brake fluid, coolant, and power steering fluid should be checked, with particular emphasis on the brake fluid, which can absorb moisture over time and degrade brake performance. Finally, the vehicle’s service history should be reviewed, if available, to confirm that time-based maintenance such as the battery health check (typically recommended every 2–3 years) and fluid servicing have been conducted. If no service records exist, the buyer should prioritise these checks to ensure the vehicle remains in optimal condition for its intended use.