In the , we discovered the "Mass Penalty Rule." For every additional gram of keytop weight, you increase the switch's perceived actuation force by 1.5g and increase return lag by 0.3ms.

To evaluate the mechanical deformation, force transmission, and tactile response of a standard MX-style key top under — i.e., multiple simultaneous off-center force vectors — simulating complex typing patterns.

Results are calculated as a numerical score—the higher the score, the better the performance.

Superposition Benchmark Key Top Better -

In the , we discovered the "Mass Penalty Rule." For every additional gram of keytop weight, you increase the switch's perceived actuation force by 1.5g and increase return lag by 0.3ms.

To evaluate the mechanical deformation, force transmission, and tactile response of a standard MX-style key top under — i.e., multiple simultaneous off-center force vectors — simulating complex typing patterns. superposition benchmark key top

Results are calculated as a numerical score—the higher the score, the better the performance. In the , we discovered the "Mass Penalty Rule