Beyond visual and auditory immersion, advancements in haptic technology are enabling users to "feel" virtual objects through force feedback systems. Modern haptic gloves, such as those developed by HaptX and Meta, use microfluidic actuators to create varying pressure sensations, simulating textures and resistance. Full-body haptic suits, like the Teslasuit, provide real-time force feedback, allowing users to experience temperature changes, impacts, and vibrations.

Auditory feedback is also evolving with spatial audio engines that adjust sound dynamically based on user head movements. Bone conduction audio systems are being integrated into AR glasses, enabling seamless sound delivery without external speakers. Future developments include olfactory VR (smell-based experiences) and taste simulation, further enhancing sensory realism. These innovations will play a key role in industries such as virtual training, therapy, and remote collaboration, making VR experiences indistinguishable from reality.