
MERCEDES-BENZ EQV (2024-) EQV300 5DR MPV 0.0 ELECTRIC 90KWH 204 EXECUTIVE EXTRA-LONG AUTO
The MERCEDES-BENZ EQV (2024-) EQV300 5DR MPV 0.0 ELECTRIC 90KWH 204 EXECUTIVE EXTRA-LONG AUTO is a premium electric multi-purpose vehicle (MPV) designed to combine luxury, practicality, and eco-friendly driving. Positioned as a high-end family or executive car, this model stands out in the UK market as a spacious, fully electric vehicle with a sleek exterior and a comfortable interior packed with advanced features. Its extra-long body offers generous space, making it ideal for larger families, business use, or those who carry lots of passengers and cargo.
What makes the EQV300 particularly notable is its quiet, smooth electric motor and impressive range, making it a strong competitor among luxury electric MPVs. These vehicles are often chosen for their reliability, comfort, and status—they’re well-suited for busy families, executive transport, or environmentally conscious drivers seeking a premium, spacious, and versatile vehicle. Compared to other MPVs in its class, the Mercedes-Benz EQV is recognized for its upscale design, high-quality finishes, and advanced features, making it a popular choice for those who value both performance and prestige. With a typical value around £65,596, this model offers a compelling combination of innovation, practicality, and luxury for modern UK drivers looking for a premium electric family car.

average use

The data indicates that for the most recent mileage readings of the Mercedes-Benz EQV300 (2024-) models, 100% of the recorded vehicles have mileage between 0 and 10,000 miles. This suggests that the fleet of these vehicles is relatively new or has low usage, highlighting their recent introduction to the market or limited mileage accumulated so far.

vehicle values

The private sale valuation data for the Mercedes-Benz EQV (2024-) EQV300 5DR MPV indicates that half of the surveyed vehicles are listed for sale within the £62,000 to £63,000 range, while the other half are listed between £71,000 and £72,000. This suggests a notable price gap of approximately £9,000 to £10,000 between two distinct market segments, possibly reflecting differences in vehicle condition, optional features, or seller expectations. Overall, the data highlights a relatively broad private sale price range for this model.

production years

The data indicates that the vehicles in this sample are split evenly between the years 2024 and 2025, with each year accounting for 50% of the vehicles. This suggests that the model was likely introduced around 2024, and there is a continued presence of 2025 models in the market. Given the recent manufacturing years, these vehicles are very new, which may be of interest to prospective buyers looking for the latest electric vehicle technology.

colour popularity

The data indicates that all observed vehicles of the Mercedes-Benz EQV (2024-) EQV300 model in the sample have a black paint colour, accounting for 100% of the vehicles analyzed. This suggests that black is the exclusive or predominant colour choice for this specific model, highlighting a potential preference for a sleek and uniform appearance among buyers of this vehicle.

ownership cycle

The data indicates that all recorded instances of the Mercedes-Benz EQV (2024-) EQV300 5DR MPV with a 0.0 electric 90kWh 204 Executive Extra-Long Auto have only one registered keeper each. This suggests that, at present, these vehicles are predominantly new or relatively recently registered, with no evidence of multiple past owners. Such a pattern is typical for new vehicles or those that have not been previously resold.

engine choices

The data indicates that for the Mercedes-Benz EQV300 (2024-) EQV 5DR MPV, there is no available information on engine capacity, which is consistent across 100% of the vehicles. Additionally, all the vehicles are powered by electricity, highlighting that this model is fully electric with a 90kWh battery pack. This underscores the vehicle's modern, electric-only design and the lack of traditional engine specifications for this model.












