Force Feedback is particularly at home in the fields of virtual and augmented reality and robots.
The term force feedback refers to a technology in which devices such as steering wheels, joysticks or other controls provide tangible feedback. This means that you can feel what is happening in a digital environment through small motors, vibrations or resistances. The aim of force feedback is to give operators a more realistic and intense feeling, as if they were actually interacting with a real object or machine.
For example, when driving a racing car in a car racing game or simulator, force feedback transmits the feeling of bumps in the road or cornering forces directly to your hands. As a result, you immediately notice if the car skids on the track or encounters resistance.
Force feedback is also used in robotics. For example, surgeons can use special joysticks to feel how much pressure they are exerting during an operation with a robot - almost as if they were touching the tissue directly. Force feedback not only makes digital experiences more realistic, but also improves control and safety in use.
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