automotive training simulators

Automotive Educational Equipment: Engine Electronic Control System Training Panel Product Summary This Engine Electronic Control System Training Panel is a premium automotive teaching equipment that brings textbook engine management concepts to life. Based on a real-world petrol engine control system , it supports advanced diagnostics and repair training. Design & Functionality Parameter Detail Equipment Type Electrically Controlled Gasoline Engine Trainer Compatibility

New Energy Thermal Management System Training Platform Product Overview This advanced training platform is designed based on new energy vehicle thermal management principles. The system features three distinct circuits: passenger compartment thermal management, battery system thermal management, and control/power system thermal management. The power cooling system maintains optimal operating temperatures for critical components including batteries, controllers, and charging

Product descriptions from the supplier Comprehensive System Training: Built with original vehicle electrical components to demonstrate real working principles of engine control, lighting, wiper, ignition, power window, central locking, charging, and audio systems. Suitable for vocational schools, technical institutes, and automotive maintenance training centers. Real-Time Diagnosis And Fault Simulation: Equipped with diagnostic connectors and fault simulation functions for

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

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,

1. Product Overview This professional diesel engine trainer features a fully operational Cummins 6-cylinder common rail engine mounted on a mobile steel frame. Designed for vocational schools and technical institutes, it provides: Real engine operation (start/stop/acceleration) Complete diagnostic access via OBD-II port and test terminals Interactive fault simulation with remote control 2. Key Features & Technical Specifications Category Specification Engine Model Cummins 6

Automotive Training Vocational Teaching Equipment Systems Fault Setting and Remote Control Operation: The automotive training vocational teaching equipment supports the fault setting function, which can be operated by teachers or students through the remote control. The serial number on the remote control corresponds to the fault point of the Automotive Training Vocational Teaching Equipment one by one. Pressing the corresponding button can connect or disconnect the fault

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

Demonstration Board Of Electronic Ignition System Automotive Training Equipment Product Description: Built with safety and adaptability in mind, this Demonstration Board Of Electronic Ignition System Automotive Training Equipment operates at low voltages to replicate engine ignition processes without risks associated with high-current systems. Its structured layout and color-coded wiring simplify complex concepts, while compatibility with external ECUs and diagnostic tools