Between 2011 and 2012, I embarked on the design of a motion capture (mocap) system tailored explicitly for Virtual Reality (VR) applications, with the objective of enhancing immersive experiences within virtual aircraft environments for commercial utilization.
 

During this period, the emergence of Kinect 1 technology presented an avenue for innovation. Recognizing its potential, I devised a methodology to track users' head movements, significantly enhancing the immersive quality of the VR experience.

In terms of hardware, we utilized Sensics VR Headsets as our primary equipment. Additionally, I engineered a bespoke VR headset by integrating a Sony HMD with an Arduino Inertial Measurement Unit (IMU). This amalgamation of state-of-the-art technologies yielded a tailored solution that adeptly balanced cost considerations with performance requirements, thereby enabling seamless exploration of virtual aircraft environments.
 

Subsequently, the project garnered recognition, with successful demonstrations across various venues in the United States. Notably, I was invited to discuss my virtual reality productions on a national TV channel in Argentina. For this event, we designed and constructed a 3D demonstration project of an airplane to showcase the technology.
 

It's imperative to acknowledge Federico Echevarria for his contribution to modelling the airplane.

Most of the 3d models showcased in this gallery belong to the company 3DViz who hired me to develop the technology and design the workflow for preparing the content for real-time functioning.

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