Keep your hands warm and comfortable with this handlebar cover, designed to provide a cozy grip during cold weather rides. Made from high-quality imitation rabbit plush, this cover is durable and resistant to lint shedding, ensuring a long-lasting use. Enjoy a stylish and fade-resistant design that adds a touch of warmth and luxury to your conventional bicycle or electric vehicle. Say goodbye to cold hands while traveling - this cold-proof cover is perfect for staying warm and cozy during winter rides. Suitable for a wide range of models, including conventional bicycles and electric vehicles, making it a versatile and practical accessory for riders. Introducing the Electric Vehicle Motorcycle handlebar cover, designed to keep you warm and comfortable during the cold winter months. Made with high-quality imitation rabbit plush, this handlebar cover is not only soft to the touch but also provides excellent cold-proofing to ensure your hands stay warm while riding. The material is carefully selected to prevent shedding of lint, ensuring a clean and neat appearance. With its durable construction, this cover is built to last and is resistant to fading, making it suitable for long-term use. It is compatible with a wide range of models including conventional bicycles and electric vehicles, making it a versatile accessory for riders. Say goodbye to cold and uncomfortable rides - stay warm and cozy with the Electric Vehicle Motorcycle handlebar cover. Item Name: Handlebar Cover Material: Plush Features: Soft Touch, Thick Plush, Solid Color, Washable Size Details: Handlebar Cover: 13cm x 5.5cm(Approx.) Brake: 12cm x 3cm(Approx.) Notes: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement. Package Includes: 2 x Handlebar Covers 2 x Brake Covers Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.