Advanced learning platform for understanding hybrid vehicle technologies. This functional model replicates the essential components and systems of a Toyota Prius III hybrid vehicle, including the petrol (gasoline)/electric control system, automatic gearbox, and various diagnostic features. Engineered for educational settings, it combines a space-saving design with comprehensive diagnostic and measurement capabilities to enhance automotive training.
Features
Includes Toyota’s petrol (gasoline)/electric hybrid control system (THS–II), automatic gearbox, and climate control system.
Clearly visible hybrid system battery setup, including all necessary components such as a high-voltage battery, battery system service plug, and high-voltage wiring.
Features OBD II 16-pin diagnostic connector for ECU identification, fault code reading/erasing, live data display, and actuator testing.
Simulates faults in the engine control system, climate control, and SRS airbag system.
Equipped with built-in measuring boxes for engine control, climate control, and SRS airbag systems, each with wiring diagrams and open contacts for comprehensive analysis (optional).
Includes a CAN Gateway network for studying data communication within the hybrid vehicle system.
Value for Students
Experience practical training with a Toyota Prius III hybrid system, including petrol (gasoline)/electric control, automatic transmission, and climate control.
Gain proficiency in diagnosing and measuring the vehicle’s engine, ABS, air conditioning, and SRS airbag systems using real-world diagnostic tools and fault simulation.
Study the CAN Gateway network to understand data communication between various vehicle components.
Learn to simulate and troubleshoot faults in the engine control system, climate control, and SRS airbag system, enhancing problem-solving skills.
Utilize built-in measuring boxes with wiring diagrams to analyze live data and diagnostic parameters for each system (optional equipment).
Value for Instructors
Uses OEM components for easy, safe, and realistic training that mimics real car.
Offers an all-in-one solution for teaching hybrid vehicle systems and diagnostics in a controlled, practical environment.
The compact, cabrio version with front wheels and rear rollers ensures easy mobility and optimal use of classroom space.
Provides students with authentic diagnostic experiences using OBD II 16-pin connectors for ECU identification, fault code management, and parameter monitoring.
Facilitates effective demonstrations of complex automotive systems with integrated measurement and fault simulation features.
Constructed with high-quality materials, ensuring long-term use and safety during educational sessions. The enclosed design protects internal components, while the optional EHVS01 Protective Tools Set ensures maximum safety for users.
Specifications
Dimensions: 3100 x 1745 x 1510 mm (122.05 in x 68.70 in x 59.45 in)
Weight: approx. 960 kg (2116 lb)
Power supply: 12V battery, high-voltage battery pack (~200V), gasoline A91 or higher
Safety equipment: protective tools set EHVS01 (optional)
Diagnostic Tools and Equipment: Automotive oscilloscope, OBD Diagnostic scan tool, gas analyzer, exhaust extraction system, air conditioning service station.
Safety Note
To ensure the highest safety standards, the Protective Tools Set EHVS01 must be included with all orders of our Electric Vehicle (EV) and Hybrid Trainers. This essential set is designed to provide comprehensive protection and support for users during training sessions. If the EHVS01 Protective Tools Set is not required, please contact our managers to adjust your quotation accordingly.
