yes, the overall structure is 4 microswitches, arranged in a top-bottom-left-right edge holding sort of thing. The switches require a bit of force to trigger, which is on purpose, because of the high vibration environment of the helicopter, and the critically of not having "accidental" pressings of the key like the previous setup did. There is a diffused acrylic key (sanded on each side) to spread the light from the WS2812 led in the center of the switches, and then on top of that is some 2 layer black on clear reverse etch acrylic I got from inventables, to make a wear proof key etch.
The switches do indeed provide spring tension to the key, and they feel pretty okay. There is a drawback where amount of force changes depending on where you press it (ie: if you press on an edge you only fight one switch, but if you press nearer to the center you fight either 2 or 4 of them) but you get used to it. I'd do it differently next time, likely either try to get an actual membrane switch made, or have a hinged setup that pivots downwards towards the front onto only one microswitch. I'd have to experiment again. This design does work, however. I'm open to also using ready made switches, but I couldn't find something thin enough (less then 3/8" thick) , RGBW backlit, with easily changed symbols on it, at the right size, and cost.
I dont think you'd dislike pressing it. I didn't really have an issue with it once it was installed and mounted firm to something substantial.