engine training model

Product descriptions from the supplier Real Vehicle Structure Display: The platform is developed using an actual electric powered vehicle chassis system integrating suspension steering braking and transmission components allowing students to clearly observe the structure layout and understand the relationship between each mechanical system in a realistic teaching environment Hands On Operation Training: The system supports disassembly assembly inspection and maintenance

Product descriptions from the supplier This equipment is built using a real automotive ABS system architecture, accurately reproducing the working logic of wheel speed control, hydraulic pressure regulation, and electronic braking coordination. It provides learners with a highly realistic operational environment to understand system behavior during braking, fault conditions, and electronic intervention, making it ideal for vocational colleges and automotive technical training

Product descriptions from the supplier Real Component Visualization: Uses standard vehicle structure with clearly arranged chassis, suspension, steering and braking assemblies allowing learners to directly observe component layout and understand how each system works together in real automotive conditions Hands On Teaching Function: Supports component identification structural analysis and basic disassembly practice helping students connect classroom theory with workshop

Advanced Hybrid Training System Technical Training Focus Featuring OEM components including e-transaxle, hybrid control module, and multi-ECU network , this platform provides comprehensive training in: Hybrid energy management Powertrain diagnostics ECU signal analysis Innovative Design Elements Feature Purpose Multi-Display System Dashboard + touchscreen showing real-time power distribution, fault alerts, and system status. Authentic Control Units Factory ECUs for engine,

Product descriptions from the supplier Training Effectiveness: Features a real hydraulic braking circuit to simulate ABS operation and braking response for hands-on instruction User Versatility: Suitable for vocational institutions technical colleges and auto repair courses addressing both theory and maintenance skills Reliable Components: Built with durable materials and structured wiring ensuring long service life and stable classroom operation Instructional Support:

Product descriptions from the supplier Practical Training Support: Designed for vocational schools technical institutes and automotive training centers this teaching board helps students understand automotive lighting circuit diagnosis switch control logic and maintenance procedures through hands on operation and fault analysis. Durable Industrial Structure: The panel uses high strength aluminum plastic material with excellent resistance to impact moisture and corrosion while

Vocational Training Equipment Manual Air Conditioning Trainer for Passat Product Description: This training equipment is centered around the original vehicle manual air conditioning system, comprehensively demonstrating its structural composition and operational principles. It is suitable for vocational colleges and training institutions for theoretical teaching and maintenance practice.Our products are suitable for Automotive technical schools,Private technical training

Training Educational Anatomical Torque Converter Cutaway Model Product Description: The automotive hydraulic torque converter anatomical model is based on the Volkswagen Jetta 01M hydraulic torque converter and hydraulic pump assembly, which comes with all necessary accessories for disassembly. This model consists of complete parts that accurately represent the internal and external structure of the assembly. By using different colors for each section and detailed anatomy,

Hands-On Training Education Anatomical Model Design Drum Brake Cutaway Model Product Description: The drum brake component assembly (complete accessories) is designed for 1:1 dissection, with each part being complete and foldable to fully display the internal and external structure of the assembly. Through dissection and color spraying on each section, the mechanical structure of the internal and external components, as well as their assembly relationship, are clearly