VOLKSWAGEN ID.3 (2023-) 5DR HATCHBACK 0.0 ELECTRIC PURE 52KWH 170 MATCH AUTO

The VOLKSWAGEN ID.3 (2023-) 5DR HATCHBACK 0.0 ELECTRIC PURE 52KWH 170 MATCH AUTO is a standout in the growing electric vehicle market, offering a stylish and practical option for a wide range of drivers. As a compact hatchback, it’s ideally suited to urban commuting, everyday family use, or new drivers seeking an eco-friendly yet reliable vehicle. Its electric powertrain provides smooth acceleration with zero emissions, making it a popular choice among those looking to reduce their carbon footprint while enjoying modern technology and comfort. What makes the ID.3 especially notable is its sleek design, state-of-the-art features, and impressive range—thanks to its 52KWh battery—making it competitive with other electric hatchbacks on the market. This model is often chosen for its ease of driving, low running costs, and the reputation of the Volkswagen brand for quality and reliability. With an average recent mileage of just over 16,400 miles and an estimated value around £22,443 based on UK market data, the VOLKSWAGEN ID.3 (2023-) 5DR HATCHBACK remains a compelling choice for those looking to embrace electric mobility without sacrificing style or practicality.
average use
average use
mycarcheck
Based on the most recent recorded mileages for the Volkswagen ID.3 (2023-) 5DR Hatchback 0.0 Electric Pure 52kWh 170 Match Auto, approximately 90% of these vehicles have covered between 0 and 10,000 miles. Only about 10% have recorded mileages between 10,000 and 20,000 miles. This suggests that the majority of these relatively new electric vehicles tend to have low mileage, which could be an indicator of their limited use or recent ownership.
vehicle values
vehicle values
mycarcheck
The private sale valuation data for the Volkswagen ID.3 (2023-) 5DR Hatchback 0.0 Electric Pure 52kWh 170 Match Auto indicates that most vehicles in this model range are typically sold within the £22,000 to £23,000 range, representing 80% of the sample. Additionally, a smaller proportion, 10%, sell between £20,000 to £21,000, and another 10% fall into the £21,000 to £22,000 bracket. This suggests a relatively narrow and concentrated private sale price range, with the majority of transactions clustered around the higher end of the observed spectrum.
production years
production years
mycarcheck
The data indicates that all examined vehicles of the Volkswagen ID.3 (2023-) model are manufactured in the year 2025. This suggests a possible trend of final assembly or distribution occurring closer to or within the year of registration, or it may reflect the manufacturing schedule for this model. Notably, there are no vehicles from earlier years within this sample, which could imply full availability or new release status as of 2025.
colour popularity
colour popularity
mycarcheck
The data indicates that for the Volkswagen ID.3 (2023-), the most common main paint colour is Black, accounting for 50% of the sample. Grey and Blue are each used in 20% of vehicles, while White is less prevalent at 10%. This suggests a strong preference for darker colours, particularly black, among these vehicles.
ownership cycle
ownership cycle
mycarcheck
The data indicates that 70% of the Volkswagen ID.3 vehicles (2023 model, 5-door hatchback, 0.0 electric pure 52kWh, 170 Match Auto) have only one registered keeper. The remaining 30% have more than one registered keeper, with the exact number of additional keepers not specified. This suggests that the majority of these vehicles are typically registered to a single owner, which may be indicative of their usage patterns or ownership stability.
engine choices
engine choices
mycarcheck
The data indicates that all listed vehicles of the Volkswagen ID.3 (2023-) 5DR Hatchback 0.0 Electric Pure 52kWh 170 Match Auto are electric, with no engine capacity information available. This suggests that, for this model, engine capacity is not relevant or typically recorded, as it is an electric vehicle rather than a traditional internal combustion engine car. The classification as electric is consistent across the entire sample, reflecting its fully electric powertrain.