it's not like velocity sensible keys are expensive or overly complex to produce
Oh, my sweet summer child; music instrument keys are mechanically not the same thing as a computer keyboard. There are moving parts involved that need to handle routine forces that easily break a normal computer keyboard. 𝆑𝆑𝆑 calls for your whole arm and torso.
I have an FP-10 keyboard 3 feet from me that requires that to generate a midi message with a velocity of 255 at the lowest sensitivity setting, and not much less than that at the middle-low setting. If I hit my computer keyboard as hard as I played it an hour ago, keycaps would have gone flying.
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Oh, my sweet summer child; music instrument keys are mechanically not the same thing as a computer keyboard. There are moving parts involved that need to handle routine forces that easily break a normal computer keyboard. 𝆑𝆑𝆑 calls for your whole arm and torso.
oh yes, this isn't a physical instrument but a MIDI keyboard, not in a thousand worlds you need an arm and a torso for a fortissimo
I have an FP-10 keyboard 3 feet from me that requires that to generate a midi message with a velocity of 255 at the lowest sensitivity setting, and not much less than that at the middle-low setting. If I hit my computer keyboard as hard as I played it an hour ago, keycaps would have gone flying.
fine you won :( but i still make my point on Terpstra. they use hall effect sensors and have continuous actuation force...