automotive training simulators

Product Overview The Zotye Zhidou Drivetrain Training Platform is a professional teaching equipment designed to demonstrate the composition and working principles of pure electric vehicle powertrain systems. Centered on the actual drivetrain components from Zotye Zhidou EVs, this platform provides comprehensive practical training for automotive education. Key Features 1.Complete System Demonstration Visually displays all critical components including: Drive motor and

1. Device Composition and Functions This Automotive Electrical Training Board is based on the complete electrical system of a Toyota Corolla, showcasing the structure and working principles of automotive electrical systems. It includes the following systems: Power & Control Systems : Engine ignition system, starting system, and charging system. Body Electrical Systems : Lighting system, instrument panel system, wiper system, horn system, power window system, central locking

1. Product Overview This Automotive Diagnostic Trainer is built using a genuine Toyota Corolla engine immobilizer system, providing hands-on training for vehicle security system diagnostics. Designed for vocational schools and technical institutes, it demonstrates the complete operation of an engine immobilizer, including key authentication, ECU control, and fault simulation. 2. Key Features & Benefits Real-World Simulation Operates with both valid & invalid keys to

Automotive Electrical Training Equipment Educational Aids For Toyota Land Cruiser Description This Automotive CAN BUS System Education Training Board is engineered for vocational automotive programs, offering hands-on exploration of modern vehicle communication networks. Integrated diagnostics and fault simulation tools enable learners to practice real-world troubleshooting scenarios, while the focus on CAN-BUS systems ensures alignment with current automotive technology

BYD Qin EV Pure Electric Vehicle Dismantling Training Model Technical Specifications 1. Basic Powertrain Configuration Power Type : Pure electric (dedicated training model) Motor Configuration : Permanent magnet synchronous motor (training dismantling version) Power Parameters : Max. power 100kW (for demonstration purposes) Battery System : 53.1kWh training battery pack (non-functional, for structural study only) Range Data : Nominal 421km (for reference only) This Vehicle

Introduction to EV DC Charging Station Training Equipment 1. Product Overview The DC Charging Station Training Equipment is based on a real electric vehicle (EV) DC fast charger system, consisting of a mobile frame and an instructional panel . Designed for educational purposes, it enables comprehensive teaching of the structure , working principles , and diagnostic methods of EV charging management systems, making it ideal for vocational schools and technical training

1. Comprehensive Automotive Electrical Training System This automotive electrical trainer board is a cutting-edge automotive education equipment that showcases a real engine control system with operational components. It simulates crankshaft rotation, spark plug ignition, fuel pump operation, and injector spraying, providing hands-on learning for automotive fault diagnosis training . Suitable for schools and training centers, it helps students understand engine control

Product Description: This training equipment is specially made with a complete ABS braking system. It is built using genuine components to showcase its structural makeup and operational principles. This equipment is perfect for educational purposes, providing theoretical knowledge and practical training in automotive ABS systems. Features: Operational ABS System: The system realistically simulates the working process of an ABS braking system, including the dynamic response of

Six Types Of Automotive Engine Ignition System Training Panel Product Description: Engineered for dynamic education, this Six Types Of Automotive Engine Ignition System Training Panel allows users to simulate and compare the working principles of six ignition systems side by side. Learners can activate tactile switches to observe voltage changes in the Hall sensor circuit, monitor magnetic field fluctuations in inductive systems, or trace signal paths in distributor-free