For those who are neurodivergent, fidgeting is a necessary action in order to achieve the correct amount and type of sensory stimulation. Many existing handheld fidgets only allow for stimulation via hand movement, resulting in the user needing to move in other ways that can be uncomfortable or tiring. This wearable device provides vibrations that are controlled by the fidget inputs, which adds sensory stimulation to another part of the body, thereby reducing the need to fidget uncomfortably.
This fidget device has been designed to ergonomically fit in both hands and has three inputs: two buttons and one joystick. The joystick activates a different motor for each direction, while the buttons provide continuous or pulsing vibrations from all the motors.
This wearable clip is made of sensory friendly textiles which house 6 vibration motors. The clip form allows for the device to be worn on multiple parts of the body, so each user can deliver stimulus based on their individual preferences.
Ideations
Exploring what ways the wearable could attach to the body, as well as the form, type of input, and textures incorporated in the fidget.
Sketch Models
Keyshot Renderings
