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VR Training for Working at Heights

VRapp at Height – Innovation in Training

Project Virtual Reality

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VRapp at Height – VR training that replaces physical training grounds

VRapp at Height is an advanced VR training system developed by Modii3d for CBR Rock Master, allowing employees to train for work at height in a highly realistic virtual environment.

This is not a demo or a mere visualization. It is an environment where the user makes decisions under pressure, commits errors, and experiences their consequences – all without any real-world risk.

What is VRapp at Height?

VRapp at Height is a comprehensive training system that integrates physics simulation, 3D graphics, biometrics, and data analytics into a single tool designed to enhance workplace safety.

The system replicates real-world working conditions at height, allowing users to make decisions and learn from their mistakes in a risk-free environment.

Its goal is not merely to present information, but to drive real behavioral change and develop safer work habits among employees.

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How does the VR simulation work?

The system is designed to replicate the real-world behavior of fall protection equipment and the working environment.

It accounts for complex interactions between the user, the structure, and rope systems, including tension, anchor points, and user errors.

User mistakes have direct consequences within the simulation, which helps build correct decision-making habits.

3D Environments – Project Scale

The project features an extensive suite of industrial environments that replicate real-world workplaces.

  • Telecommunications towers
  • Scaffolding and rooftops
  • Industrial halls
  • Power and energy structures
  • Confined spaces

Each environment has been optimized for VR performance and key training objectives.

Biometrics and Psychology – A Competitive Advantage

The system utilizes GSR (Galvanic Skin Response) sensors to analyze the user’s emotional reactions in real time.

This allows for measuring stress levels, identifying critical moments, and tailoring the training experience to the individual user.

As a result, the training becomes objective and data-driven, moving beyond the subjective assessment of an instructor.

Results and Effectiveness

Studies have shown that VR training achieves effectiveness comparable to physical on-site training.

Additionally, participants make fewer mistakes and master procedures faster thanks to the ability to repeat scenarios indefinitely.

VR also enables the training of high-risk situations that cannot be safely recreated in the real world.

Who is this solution for?

VRapp at Height is designed for organizations performing work at height or operating in high-risk environments.

  • Construction
  • Power and Energy
  • Manufacturing and Industry
  • Telecommunications
  • Occupational Health and Safety (OHS) Training

Training Structure

Each scenario guides the user through the complete decision-making and operational process.

  1. Theoretical introduction
  2. Equipment selection
  3. Task execution in VR

Various operating modes allow the difficulty level to be adjusted to the user’s experience.

PUS System – Scaling and Management

The PUS Platform (Training Distribution Platform) is responsible for managing the entire training ecosystem.

  • User and access management
  • Training results analytics
  • Multi-location support
  • Automated certificate generation

The system enables both local and global deployment.

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FAQ – Frequently Asked Questions

1. Can VR training replace physical training?

Yes. Research and practical implementations show that VR training achieves comparable effectiveness, while also allowing for more scenarios to be practiced without any real-world risk.

2. What is the advantage of VR over traditional training?

VR allows users to make decisions in a realistic environment and experience the consequences of their mistakes, which cannot be fully replicated in theoretical training.

3. Does the system replicate the actual behavior of equipment?

Yes. The simulation accounts for rope physics, anchor points, and environmental interaction, ensuring the training is operational rather than just demonstrative.

4. Can user stress levels be measured?

Yes. The system uses biometric sensors (GSR) that analyze emotional reactions in real time, allowing for a better assessment of a worker’s preparedness.

5. Can the system be deployed in a large organization?

Yes. Thanks to the PUS platform, it is possible to manage training across multiple locations, analyze results, and scale the system within international structures.

6. Can scenarios be customized for a specific company?

Yes. The system features a modular architecture, allowing for the creation of dedicated scenarios tailored to specific work requirements and industries.

7. Which industries use this solution?

Construction, power and energy, manufacturing, telecommunications, and training companies – anywhere where work at height or high-risk environments occur.

8. Does VR allow for training in hazardous situations?

Yes. This is one of the greatest advantages – you can simulate scenarios that cannot be safely recreated in reality.

9. How can I access the VRapp at Height system?

The system is provided by CBR Rock Master. Details regarding deployment, access, and pricing can be found on our partner’s website.

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Implementation and System Access

The VRapp at Height system has been implemented and is continuously developed by CBR Rock Master – a company specializing in work-at-height training and occupational safety solutions.

For detailed information regarding implementation, application access, and how to utilize the system within your organization, we invite you to contact the Rock Master team directly.

Offer details and further system information are available at: CBR ROCK MASTER

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