Why Some Fidget Toys Catch On: The Design Science Behind the Click

Have you ever found yourself obsessed with a fidget toy so much that you totally lose track of time during a boring moment and then find another toy sitting on the table that you just can’t seem to play with? The toy design and it’s psychology is what separates a toy that has a satisfying click a smooth roll or a gentle snap. Here’s a little insight into the design and thinking that can help you understand movement and the sense of touch.

One of the major aspects that can attribute to that satisfying control is the tactile feedback which is the sensation that your fingers feel as you interact with the object. When an object has a good balance of movement and tactile feedback you will almost always feel some sort of comfort or focus. For instance a button that clicks with some noticeable resistance will always feel better than a button that moves with so little resistance or even a loose button.

Some 3D printed fidget toys are engineered the right way to provide sensory feedback by having resistance and the ability to move and providing the ability to perform repetitive movement. These toys are engineered to give a sequence of small responses which fidgeters will find very satisfying.

Of course the design of a movement always accounts for texture. the sensation that your fingers feel as you interact with the object and the ability to perform that movement repetitively. Some fidget toys are so engineered in that way that they are able to provide a movement and a resistance that people will find very satisfying.

Mechanisms are important too. Spinners use little energy and create constant movement so they’re good for quick fidgeting. Clickers give feedback with movement that starts and stops. Pieces that create linked movement are calming due to the repetitive motion.

Assembling these pieces effectively will improve the experience for the user. Things that are too resistant are frustrating to users and things that are too flexible are unresponsive and overall cheap. Designers try to achieve a balance between how much someone has to do and the prize gained from doing it.

The most satisfying fidget toys stop working and the satisfaction is due to their mechanisms creating small repeatable movements that feel natural when being fidgeted with.