For Sale: 2020 Mazda Mazda3 Hatchback 2.0 Skyactiv X MHEV GT Sport Tech 5dr ? Snowflake white With Black Leather Experience the exhilarating driving dynamics and premium features of the 2020 Mazda Mazda3 Hatchback 2.0 Skyactiv X MHEV GT Sport Tech, now available at Vertu Mazda York. The Mazda3 showcases a distinctive and dynamic exterior. The expressive front grille, full LED headlights, and stylish alloy wheels create an exciting presence on the road. This hatchback?s striking design ensures that you?ll turn heads wherever your travels take you. Step inside the Mazda3 to discover a carefully crafted interior that offers a perfect balance of comfort and sophistication. The GT Sport Tech trim features high-quality materials along with sporty accents, delivering a luxurious feel throughout the cabin. With spacious seating for five and ample legroom, both driver and passengers can enjoy a comfortable ride, whether it's for a quick trip or a longer journey. Stay connected with the advanced Mazda Connect infotainment system, which features a generous 8.8-inch touchscreen display. The system includes satellite navigation, Bluetooth connectivity, and a premium audio setup that delivers superb sound quality. The heart of the Mazda3 is the 2.0-litre Skyactiv X petrol hybrid engine, which delivers an exhilarating 180 PS. This innovative engine combines performance with efficiency, thanks to its mild-hybrid technology. The dynamic handling and refined ride make every journey pleasure-filled. Safety is a top priority in the Mazda3, equipped with a range of cutting-edge safety technologies designed to keep you and your passengers secure. Features such as Smart Brake Support, Lane Keep Assist, and Traffic Sign Recognition work in harmony to enhance your driving confidence, providing peace of mind during every trip. Why Choose Vertu Mazda York? At Vertu Mazda York, we are committed to delivering exceptional customer service and high-quality vehicles. Our thorough pre-sale inspections ensure that you receive a Mazda3 in excellent condition.