These trainers help institutions modernize their curriculum, promote practical learning, and prepare students for the automotive service industry. They build confidence in handling advanced vehicle systems related to occupant protection, driving comfort, and electronic diagnostics.
Yes. Basic trainers teach wiring and component functions, while advanced systems introduce CAN bus communication, automatic control logic, and diagnostic workflows for higher-level automotive technology courses.
Many trainers include built-in fault switches that let instructors introduce real-world problems — such as disconnected sensors, open circuits, or failed actuators — so students can practice systematic troubleshooting and repair.
Yes. Each system integrates both mechanical parts (like compressors, valves, or actuators) and electronic modules (such as sensors, relays, and control units), giving students a complete understanding of how safety and comfort technologies function as part of the vehicle’s network.
Absolutely. Trainers allow connection of multimeters, oscilloscopes, and OBD II diagnostic scanners for signal analysis, fault code reading, and live data interpretation — helping learners understand how ECUs and sensors interact within these systems.
Yes. Dedicated HVAC trainers include dual-zone systems with visible refrigerant circuits and control panels. Students can measure pressure and temperature, observe compressor and actuator operation, and troubleshoot electrical and mechanical faults in climate control systems.
Airbag and SRS trainers use authentic components but replace pyrotechnic modules with safe, inert elements. Students can explore how crash sensors communicate with the control unit, simulate faults, and analyse system responses using diagnostic tools without safety risks.
Typical systems include:
- Airbag and SRS systems: Crash sensors, control units, seatbelt pretensioners.
- ABS and brake assist systems: Wheel speed sensors and safety integration.
- Parking assistance and comfort electronics: Parking sensors, control modules, seat occupancy detection.
- HVAC and climate control systems: Heating, ventilation, air conditioning circuits, actuators, and refrigerant flow.
- Interior comfort features: Blower motors, cabin air filters, temperature sensors, and electronic control panels.
Modern vehicles rely heavily on electronic control systems to protect occupants and improve comfort. Understanding how systems like airbags, seatbelts, anti-lock braking (ABS), and air conditioning work prepares students to perform accurate diagnostics, repairs, and maintenance in line with industry standards.
This category includes educational trainers that demonstrate how modern vehicle safety and comfort systems operate — including airbags, seatbelt pretensioners, ABS components, parking sensors, climate control, and HVAC systems. These units allow students to study system design, wiring, and fault diagnosis through real, interactive components.
