This passenger-carrying electric tricycle is a fully enclosed electric vehicle designed for use in the aviation, shipbuilding, and environmental protection industries. Its body is made of high-tech composite materials that are corrosion-resistant, impact-resistant, and lightweight. The frame is equipped with thickened steel and a high-strength steel plate shock-absorbing structure through a perfect welding process. The windshield uses automotive-grade laminated glass, providing high resistance to shock and intrusion, and is equipped with 360° electric wipers to improve driving safety in rain and snow. The interior features a double-sided gloss finish, making it suitable for scenarios such as elderly mobility scooters, short-distance passenger transport, and tourism.
This model was developed due to the limitations of traditional open-top electric tricycles in inclement weather. Early models often featured makeshift, workshop-style canopies, resulting in low practicality and short lifespans. The current model addresses these shortcomings through overall production optimization, such as increased weight and poor light transmission, significantly improving material lifespan. Future upgrades will focus on green environmental protection and aesthetic appeal, integrating the vehicle into urban transportation systems that combine long-distance buses, mid-distance taxis, and short-distance tricycles, forming a passenger transport service network with no gaps in coverage.
Its advantages include low operating threshold, safe speed limit design, enclosed cabin protection, and pollution-free characteristics. Battery and motor maintenance requires attention to voltage stability, component lubrication, and avoiding overload operation to extend service life.