VRail live action

The virtual engine room module supports scenarios such as grounding the vehicle, cutting off air supply in the compressed air cabinet, locking the SIFA valve, or isolating safety systems like MIREL, PZB, LZB, and ETCS. Additionally, it enables the configuration of WTB for multiple-unit operation, selection of braking modes (R, P, G), and isolation of specific systems using fuses and switches. This advanced tool provides practical training in a safe, virtual environment.

The passenger train operations module includes training scenarios for grounding the vehicle, managing doors in various modes (opening, closing, disabling), and operating the passenger lift for individuals with reduced mobility, including deploying and stowing the lift. Scenarios also cover emergency door opening, manual and automatic extension and locking of steps, as well as different modes for closing and evacuating the train. Additionally, users can practice releasing and applying the spring-loaded brake, operating the emergency brake, and isolating specific systems using fuses and switches. This module provides realistic training in a controlled, virtual environment.

The wheelchair lift module provides comprehensive training on operating an automated pneumatic ramp system. Users can practice all stages of its operation, including deploying the ramp, activating safety mechanisms, and stowing it after use. The module incorporates procedures critical for the effective and safe assistance of passengers using wheelchairs, requiring support from the train crew or staff. Training also emphasizes minimizing the time needed for train dispatch at stations, which is essential for maintaining punctuality and ensuring passenger comfort.

The VR module showcasing the construction of rail bogies and wheelsets is designed for the education of future rolling stock inspectors. It provides a detailed understanding of the design, functions, and operation of key undercarriage components, such as bogie frames, suspension systems, wheelsets, axles, and bearings. In the immersive VR environment, participants can interactively explore various types of bogies and wheelsets, supporting their comprehension of operational principles and fault diagnostics. This module offers a strong theoretical and practical foundation, preparing users for advanced training.

The VR module showcasing the operation of the vehicle’s main circuit provides an in-depth understanding of energy flows within the engine room of an electric locomotive. Users can follow the process of energy transmission from the pantograph through the transformer, rectifiers, and converters to the traction motors, while also observing the functioning of protection and isolation systems. The module emphasizes the visualization of energy flows within the main circuit, enabling a better understanding of its principles and the diagnosis of potential faults. This comprehensive educational tool combines theory with practice in an immersive VR environment.

The VR module presenting the railway pantograph allows users to understand its structure and operation interactively. Through detailed animations of key components, such as the arm, collector head, springs, and lifting mechanism, users can observe how the pantograph connects to the overhead catenary system, ensuring energy flow to the vehicle. The module also demonstrates the mechanism for raising and lowering the pantograph, as well as the functioning of safety systems in case of a malfunction. This innovative educational tool provides a realistic and accessible exploration of pantograph operation, supporting effective training in electric traction systems.

The VR module showcasing the train brake system enables users to understand its operation through a visualization of pressure flow across various components. An interactive animation demonstrates how compressed air is delivered and regulated to control braking force, illustrating the function of valves, brake cylinders, and air reservoirs. This intuitive tool facilitates effective learning of the principles behind the brake system in a realistic VR environment.

The module provides a detailed understanding of the design and operation of traction motors used in railway vehicles. Users can explore various design variants, including asynchronous and synchronous motors, while analyzing key components such as the stator, rotor, windings, and cooling systems. Through an interactive approach, the module enables a comprehensive understanding of the working principles and structural differences of traction motors, enhancing technical education in an immersive VR environment.