The project delves into exploring the trust dynamics between workers and Automated Guided Vehicles (AGVs) within a large industrial setting. This innovative endeavor utilizes immersive Virtual Reality (VR) technology, specifically the Oculus headset, coupled with the KAT C2 treadmill, to create a lifelike simulation. Participants will be able to traverse the virtual industrial environment freely, undertaking a series of tasks that involve moving 16 boxes across a bustling thoroughfare frequented by AGVs.

This project aims to comprehend and analyze the level of trust that workers place in AGVs, which have become integral to modern industrial operations. By immersing participants in a virtual environment that accurately replicates real-world scenarios, we seek to gauge their reactions and interactions with AGVs, recording vital data such as user positioning, AGV movements, and user attention throughout the experiment.

The outcomes of this investigation hold significant potential for enhancing the integration of AGVs into industrial workflows. As automation continues to revolutionize industries, understanding the human element's perception and trust in autonomous systems is paramount. The VirtualTrustAGV project paves the way for informed insights into this critical aspect, enabling industries to design safer, more efficient, and harmonious human-machine collaborations.