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Force feedback devices apply forces to the user, giving a sense of weight and resistance of virtual objects, conveying a realistic sense of touch.

Haptic gloves are wearable devices that enable detailed hand interactions in VR, providing individual finger tracking and tactile sensations.

Electrotactile feedback uses electrical stimulation to generate the sensation of touch on the user's skin, often in specific patterns or intensities to replicate textures.

Haptic rendering is the process of simulating touch feedback in response to user interactions with virtual objects, dynamically adjusting to provide a realistic touch experience.

Vibrotactile feedback delivers vibrations to the user, often used in VR controllers to simulate the feeling of impact, texture, or alert the user.

A haptic suit is wearable technology that simulates physical sensations across the body, allowing users to feel virtual environments and interactions.

Kinesthetic feedback in VR provides users with a sense of movement and position of the body or limbs, often through mechanical systems that resist user motions.

Tactile feedback in VR refers to the sensations of touch and texture when interacting with virtual objects, providing a more immersive experience.

Ultrasonic haptic feedback uses ultrasonic waves to create touch sensations in mid-air without direct contact, enabling interactions with floating virtual objects.