VOLKSWAGEN ID.7 FASTBACK (2023-) 5DR FASTBACK 0.0 ELECTRIC PRO 77KWH 286 MATCH AUTO

Buyer's Guide & Data from our Checks
The VOLKSWAGEN ID.7 FASTBACK (2023-) 5DR FASTBACK 0.0 ELECTRIC PRO 77KWH 286 MATCH AUTO is a sleek electric vehicle that falls into the fastback category, combining stylish design with advanced electric technology. It’s gaining popularity in the UK market for those seeking an eco-friendly yet practical car, often used by families, professionals, or anyone looking to upgrade to a zero-emission vehicle. Its modern lines and spacious interior make it suitable for daily commuting as well as longer trips, and its electric range and quick acceleration are notable features attracting eco-conscious buyers.
Based on mycarcheck.com data, the vehicle has been checked twice, indicating a recent interest in this model. The average private sale value is around £29,000, reflecting its premium positioning in the electric SUV market. With typically one previous owner, it suggests a well-maintained car that can offer good reliability and peace of mind. The vehicle’s robust battery capacity and advanced features make it stand out among rivals, especially for those who value comfort, technology, and sustainability in a vehicle.
Compared to other electric vehicles in its class, the VOLKSWAGEN ID.7 FASTBACK is known for its combination of style, range, and refined driving experience. Its unique ID. branding signifies Volkswagen’s focus on future mobility, setting it apart from competitors. Whether for daily commutes or family outings, this vehicle appeals to buyers looking for cutting-edge electric technology and a versatile, premium vehicle.
Key Findings
The following statistics are drawn from our checks of 2 different vehicles, run between March 18th 2026 and March 22nd 2026. These real-world insights provide context for this vehicle's place in the market, as well as its typical usage.
2
Lookups
Lookups
0
Hidden Histories
Hidden Histories
0k
Average Mileage
Average Mileage
£29,000
Average Valuation
Average Valuation












