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GRENZE International Journal of Engineering and Technology Vol. 11 (2025), Issue 1

A Novel Survey on Vive Pro 2

Authors

Kavita S. Kumavat, Harshwardhan Zurunge, Harshal Bankhele, Vishwa Vadaliya

Abstract

This paper presents a comprehensive review of the HTC Vive Pro 2, a premium virtual reality (VR) headset developed by HTC, by synthesizing recent research and industry trends. Motivated by the rapidly evolving landscape of VR technology, the research aims to evaluate the performance and features of the Vive Pro 2 in comparison with other VR headsets. The methodology involved a meticulous examination of various aspects of the Vive Pro 2, encompassing its display, optics, tracking, audio, and comfort. Performance metrics such as visual quality, field of view, refresh rate, tracking accuracy, and latency were rigorously assessed to provide a detailed understanding of the headset's capabilities. Additionally, technical specifications, compatibility with VR platforms, pricing, and marketing strategies were analyzed to gauge its market positioning. Key findings underscore the Vive Pro 2's superiority in resolution, field of view, and overall user experience over other VR headsets. The ergonomic design and immersive audio features further enhance its appeal to VR enthusiasts and professionals. Insights gleaned from the literature survey unveil the broad applications of VR technology across domains such as education, real estate, tourism, and healthcare. Practical implications of the study include aiding consumers and professionals in making informed decisions regarding VR headset selection, especially for applications necessitating high visual fidelity and immersive experiences. The Vive Pro 2 emerges as a top choice for individuals seeking premium VR experiences, with potential applications spanning gaming, education, training, therapy, and beyond. This research illuminates the transformative potential of VR technology and underscores the importance of continuous innovation in enhancing user experience. The findings pave the way for future advancements in VR hardware and software, propelling progress toward more immersive and engaging virtual environments.

Pages: 987 - 993