MERCEDES-BENZ EQB (2023-) EQB350 4MATIC 5DR SUV 0.0 ELECTRIC 66.5KWH 292 AMG LINE EXECUTIVE AUTO
The MERCEDES-BENZ EQB (2023-) EQB350 4MATIC 5DR SUV is a stylish and practical electric vehicle that stands out in the burgeoning SUV segment of the UK market. As an all-electric, five-door SUV, the EQB is ideal for families, daily commuters, and anyone looking for a spacious, environmentally friendly car with luxury touches. With a generous 66.5kWh battery and a smooth automatic transmission, this model offers impressive driving range and effortless performance, making it well-suited for city driving and longer journeys alike.
What makes the MERCEDES-BENZ EQB 350 particularly notable is its combination of premium design, advanced features, and reliable performance that Mercedes-Benz is known for. It stands out among rivals with its luxurious interior, cutting-edge safety features, and strong on-road presence. With an average recent mileage of just 6,500 miles and a competitive valuation around £35,342, this model is a compelling choice for those seeking a used electric SUV with low ownership history. Whether you're upgrading from a traditional car or exploring electric options for the first time, the EQB350 4MATIC offers a blend of practicality, eco-friendliness, and luxury that’s hard to beat in its class.
average use
The data indicates that an overwhelming majority of the recent mileage recordings for the Mercedes-Benz EQB 350 4MATIC SUV (2023) are very low, with 97.3% of vehicles having travelled between 0 and 10,000 miles. Only a small proportion, 2.7%, have mileage between 10,000 and 20,000 miles. This suggests that most of these vehicles are relatively new or have minimal use, which may be an important consideration for buyers or inspectors assessing vehicle wear and value.
vehicle values
The private sale valuation data for the Mercedes-Benz EQB350 4MATIC 5DR SUV reveals that the majority of valuations cluster around the £36,000 to £37,000 range, accounting for 27% of the sample. Notably, there is a significant concentration of valuations between £31,000 and £33,000 (totaling 29.7%), indicating these are common market price points. The distribution is somewhat evenly spread, with smaller percentages allocated to both the lower (£30,000–£31,000) and higher (£39,000–£40,000) ends of the spectrum. This suggests that while prices tend to cluster around mid-30k values, buyers are also considering vehicles at slightly lower and higher price points, reflecting a modest variability in private sale valuations for this model.
production years
Based on the available data, all vehicles of the Mercedes-Benz EQB (2023-) EQB350 4MATIC SUV are manufactured in 2024, accounting for 100% of the sample. This suggests that, despite being labeled as 2023 models, the current stock or inventory is exclusively from the 2024 production year. Such a pattern may indicate recent manufacturing updates or inventory turnover, highlighting that the latest models available are from 2024.
colour popularity
The data indicates that for the Mercedes-Benz EQB (2023-) EQB350 4MATIC, the most popular main paint colour is black, accounting for over half of the vehicles at 51.4%. Grey is the second most common colour at 21.6%, followed by white at 16.2%, and blue at 10.8%. Notably, black dominates the colour preferences for this model, suggesting a strong consumer preference for darker, perhaps more executive or sophisticated styling options.
ownership cycle
The data indicates that a significant majority of the registered vehicles—about 78.4%—have only one keeper, suggesting that most owners tend to retain the vehicle for a considerable period. A smaller proportion, 16.2%, have had two keepers, while a minority of 5.4% have had three or more. This pattern may imply that the vehicle is relatively new or is being predominantly owned by individual users who prefer to keep it long-term rather than frequently changing hands.
engine choices
The data indicates that for the Mercedes-Benz EQB 350 4MATIC 5DR SUV (2023-), all vehicles are powered exclusively by electricity, with no engine capacity information available. This aligns with the vehicle's electric nature, highlighting its zero-emission status and modern electric design. The absence of traditional engine capacity data reflects the shift in automotive technology towards electric drivetrains.
