VR Headset: Each student wears a VR headset that provides a 360-degree immersive visual experience. The headset should feature high-resolution displays to ensure detailed anatomical visualization.

Hand Controllers: Students use hand controllers that accurately track their hand movements. These controllers enable interaction with the virtual environment, allowing students to manipulate anatomical models or perform virtual dissections.

Interactive Anatomical Models: Within the VR environment, students can access a variety of interactive anatomical models. These models should accurately represent different anatomical structures, including organs, bones, muscles, and body systems.

Manipulation and Observation: Using hand controllers, students can grab, rotate, dissect, and manipulate virtual anatomical structures in real-time. This hands-on learning experience enables them to explore and observe structures from various angles and perspectives.

By integrating these elements, a VR-based anatomy learning system provides students with an intuitive and immersive educational experience. It allows them to closely examine and interact with anatomical structures, leading to a deeper understanding of the human body.