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The educational stand is designed for comprehensive training on the structure, operation, disassembly, and assembly of electric vehicle drive systems.
Complete drive motor assembly (OEM compatible with Geely Emgrand and BYD systems)
360° rotating frame with deceleration mechanism
Integrated oil tray for small parts storage
Heavy-duty steel frame (60×40×3 mm profiles)
Four self-locking casters (two front locking, two rear swivel)
High-quality spray-painted surface finish
Secure roller fixation with M6×4 screws
Frame material - High-strength steel tube 60×40×3 mm
Rotation mechanism - Deceleration mechanism with positioning lock
Casters - 4 pcs (2 locking front, 2 swivel rear)
Caster fixation - M6×4 screws
Surface finish - High-quality spray painting
Compatible drive systems - Geely Emgrand, BYD (other systems available upon request)
Integrated storage - Built-in oil tray for small parts
The stand includes a complete drive motor assembly from new energy vehicles, featuring 360° access, an integrated oil tray for small parts, and a heavy-duty rotating frame with self-locking casters. Compatible with Geely Emgrand and BYD drive systems, this platform provides authentic hands-on experience for students in automotive engineering, electric vehicle technology, and maintenance training programs. The specially designed rotating frame with a deceleration mechanism ensures smooth rotation and reliable positioning, allowing students to study complex motor components from any angle in realistic, practical conditions.
The specially designed rotating frame with a deceleration mechanism allows students to rotate and lock the drive assembly at any angle. This feature ensures optimal visibility of the drive motor components during disassembly and assembly exercises, enabling thorough examination from all perspectives.
An integrated oil tray is located at the bottom of the frame, serving as a convenient storage solution for small parts, screws, and components during disassembly. This thoughtful design minimizes the risk of losing critical parts and streamlines the learning process.
Manufactured from high-strength steel tubes (60×40×3 mm) welded into a durable rotating frame, this stand withstands the rigors of intensive educational use. The surface is professionally finished with high-quality spray painting for enhanced durability and corrosion resistance.
Equipped with four self-locking casters (two front locking casters and two rear swivel casters), the stand can be easily maneuvered, making it ideal for various classroom and workshop configurations. The casters are securely fastened with M6×4 screws, ensuring stable and reliable operation during use.
The stand is compatible with industry-standard drive systems, including Geely Emgrand and BYD drive assemblies, providing students with authentic exposure to real-world electric vehicle technology used in modern automobiles.
The design specifically supports hands-on exercises in disassembling and assembling complete drive motor systems, allowing students to develop essential mechanical skills required for electric vehicle maintenance and repair.
Gain detailed knowledge of the structural composition of electric vehicle drive motor assemblies, including stator, rotor, bearings, cooling systems, and electrical connections.
Practice systematic disassembly of complete drive motor assemblies following proper service procedures and safety protocols.
Develop skills in reassembling drive motors with correct torque specifications, component alignment, and connection procedures.
Learn to identify and understand the function of each component within the drive motor system, including their roles in overall vehicle operation.
Compare and contrast different OEM drive systems (Geely Emgrand vs. BYD) to understand various engineering approaches in electric vehicle design.
Practice routine maintenance procedures applicable to electric vehicle drive systems, including inspection and basic service tasks.
Develop systematic approaches to organizing and tracking small components during disassembly using the integrated oil tray system.
Students gain practical experience by interacting directly with real-world electric vehicle drive components used in modern automobiles, bridging the gap between theoretical knowledge and practical skills.
The 360° access and rotating frame enable thorough examination of drive motor components from all angles, providing students with a complete understanding of system architecture and component relationships.
Compatibility with Geely Emgrand and BYD drive systems ensures that students are trained on technology they will encounter in professional automotive service environments.
The integrated oil tray promotes organized work habits and teaches students the importance of proper component management during disassembly and assembly procedures.
The robust construction and mobility features make this stand suitable for various educational settings, from dedicated automotive labs to multi-purpose training facilities.
The laboratory stand "Traction Electric Drive System of a Wheel Pair of Electric Vehicles" represents a state-of-the-art training solution for modern automotive education. Its innovative 360° rotating frame, integrated component management system, and compatibility with industry-standard OEM drive systems make it an indispensable tool for teaching electric vehicle technology. The stand provides students with authentic hands-on experience that directly translates to skills required in the rapidly growing electric vehicle service sector, preparing them for successful careers in automotive maintenance and repair.
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