2026 Volkswagen Passat 1.5 TSI eHybrid Elegance DSG | Delivery Mileage | One Owner | Volkswagen Approved Experience executive comfort, cutting-edge hybrid technology and virtually new condition with this outstanding 2026 Volkswagen Passat eHybrid Elegance. With an incredible 10 miles from new, this exceptional vehicle offers a rare opportunity to own a nearly untouched example while enjoying significant savings compared to buying new. Having had just one owner and benefiting from Volkswagen Approved Used status, this Passat has been prepared to the highest standards, providing complete peace of mind and confidence in its quality and condition. Powered by Volkswagen’s advanced 1.5 TSI eHybrid plug-in hybrid powertrain and paired with a smooth DSG automatic transmission, the Passat delivers impressive efficiency alongside refined performance. Fully compliant with Euro 6 emissions standards, it offers a modern driving experience that combines lower running costs with excellent long-distance comfort. The highly desirable Elegance specification brings a premium feel throughout the cabin, with high-quality materials, advanced technology and comfort-focused features designed to make every journey enjoyable. Whether you're commuting, travelling for business or embarking on longer family trips, the Passat provides the space, refinement and practicality expected from Volkswagen's flagship estate and saloon range. With its delivery mileage, latest-generation plug-in hybrid technology and manufacturer-approved credentials, this Passat stands out as a truly exceptional example. Key Features: Only 10 miles from new One owner Volkswagen Approved Used 1.5 TSI eHybrid plug-in hybrid engine DSG automatic transmission Elegance specification Euro 6 compliant Advanced plug-in hybrid technology Premium interior finish Refined and comfortable driving experience Spacious and practical design Exceptional fuel efficiency potential Nearly new condition throughout This remarkable Passat eHybrid Elegance combines executive luxury, advanced hybrid efficiency and virtually new condition