AUDI E-TRON RS GT SALOON (2024-) RS E-TRON GT 4DR SALOON PERFORMANCE QUATTRO 0.0 ELECTRIC 105KWH 748 CARBON VORSPRUNG AUTO2
The AUDI E-TRON RS GT SALOON (2024-) RS E-TRON GT 4DR SALOON PERFORMANCE QUATTRO is a high-performance electric vehicle that combines luxury, advanced technology, and sporty design. As a saloon (or sedan), it offers a sleek, stylish silhouette that caters to drivers seeking a premium electric car with a sporty edge. Positioned within the electric luxury car market, this model is ideal for those who want a combination of comfort, impressive performance, and cutting-edge features — making it perfect for executives, tech-savvy drivers, or those who enjoy a dynamic driving experience.
What makes the AUDI E-TRON RS GT stand out is its impressive 105kWh battery, offering considerable range and power, along with a distinctive carbon fibre detailing for a unique aesthetic. Its performance-oriented Quattro all-wheel drive and double motor system deliver rapid acceleration and confident handling, often appreciated by enthusiasts and those who enjoy spirited driving. Known for its reliability and premium build quality, this model is frequently used for daily commuting, long-distance travel, or enjoying leisure drives in style. Compared to rivals, the AUDI E-TRON RS GT SALOON is distinguished by its blend of everyday usability with a sporty, luxurious appeal, making it a top choice in the elite electric saloon segment. With an average valuation around £100,860 based on recent data, it remains a desirable and highly capable option for those seeking a prestigious, eco-friendly vehicle.
average use
The data indicates that 100% of the recently recorded mileage readings for the AUDI E-TRON RS GT SALOON (2024-) models fall within the 0 to 10,000 miles range. This suggests that all vehicles in this sample are relatively low mileage, which could be indicative of new or lightly used vehicles. Such low mileage figures are often appealing to potential buyers looking for nearly new electric cars.
vehicle values
The private sale valuation data for the AUDI E-TRON RS GT SALOON (2024-) indicates that most private sale prices cluster between £99,000 and £104,000, with an even split: 50% of the listings fall within the £103,000 to £104,000 range, and the other 50% within the £99,000 to £100,000 range. This suggests a relatively narrow price band and a balanced distribution around the £100,000 mark, reflecting consistent market valuation for this highly specified model.
production years
The data indicates that all vehicles in this sample of the AUDI E-TRON RS GT SALOON (2024-) model were manufactured in the year 2025, with 100% of the vehicles being from that year. This suggests a consistent production year for this particular model, which could be useful information for potential buyers or for vehicle history checks.
colour popularity
The data indicates that the main paint color for the sampled AUDI E-TRON RS GT SALOON vehicles is evenly split between Blue and Grey, each accounting for 50%. This balanced distribution suggests that there is no predominant color preference among these vehicles, highlighting a diverse range of aesthetic choices by owners or specifications by the manufacturer.
ownership cycle
The data indicates that for the sample of AUDI E-TRON RS GT SALOON vehicles specified, there is a complete 100% record of registered keepers. This suggests that all vehicles within this sample have maintained a consistent record of ownership, which could imply good registration data accuracy and potentially high vehicle retention or low turnover within this particular model.
engine choices
The data indicates that all observed units of the Audi E-Tron RS GT Saloon (2024-) model are electric vehicles, with no available information on engine capacity. This aligns with the vehicle's fully electric nature, highlighting its zero-emission electric drivetrain as the sole primary fuel type across the sample. The absence of engine capacity data further underscores its electric architecture, emphasizing that traditional engine specifications are not applicable to this model.
