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I want to integrate the following EV3 touch sensors (45507) into a MOC:

EV3 touch sensor

For aesthetical reasons, I want the MOC to be mainly built out of system bricks and plates, with only some internal stuff in technic (basically just connectors and beams to hold the EV3 parts)

I'd like to know what offset in plate height or stud width I'm looking at when the button is pressed or not pressed.

Also I'd like to know how much weight there can be on the button before the EV3 will consider it pressed or bumped.

  • The first question is easy. The full travel of the button is 1/2 stud. The second question (about weight) probably depends somewhat on the individual sensor. Maybe I will get out my scales and see what it is later. – David Lechner Apr 9 '18 at 17:47
  • This paper has information on NXT touch sensors: bibliotecadigital.ipb.pt/bitstream/10198/2262/1/… – David Lechner Apr 9 '18 at 18:21
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Not sure how accurate my rig is, but I get something like 2 millimeters of travel before the touch sensor is "pressed". The HiTechnic Force sensor doesn't seem to give an accurate measurement, but according to my kitchen scales, it takes about 80g force (0.8N) to trigger the sensor.

photo of test rig with touch sensor, force sensor, calipers, EV3

  • Incredible dedication to anwer this question! – Michael Verschaeve Apr 12 '18 at 6:16

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