You are browsing as a guest. Sign up (or log in) to start making projects!

Chrissy

@Chrissy

Joined June 8th, 2026

  • 3Devlogs
  • 2Projects
  • 0Ships
  • 0Votes
Open comments for this post

1h 42m 42s logged

Moving on to the next stage of my self watering flower pot: CAD! I made a modular system that lets you change sizes of parts. Each of the three parts you see here connects under the central part ( the pot holder ) using basic “keys”. These make it so that any of the parts can change size without having to reprint everything, and so that it can be printed on a smaller printer. The reason the peripheral parts are so far away, is because the pot will be quite large. I’m using 3d printed pins at the moment to hold the custom PCB in, but when I tried it, my first version had bad tolerances, and my second version, while fitting, the pins broke easily and didn’t hold it very well.
I also worked on code. I have done quite a bit for code. When powered, the board hosts its own wifi. If you join it and go to its IP address, you can see a website that IS the UI for the board, with controls and data and stuff. You can also give it your wifi and connect to the board without leaving the comfort of your network.
Finally, (while I forgot to track time for this,) I finally soldered the pump on. It works, but the board consistently browns out 8/10 times when I try to run it. I ordered a better power supply to try to fix it. I knew I should’ve added those capacitors!

Moving on to the next stage of my self watering flower pot: CAD! I made a modular system that lets you change sizes of parts. Each of the three parts you see here connects under the central part ( the pot holder ) using basic “keys”. These make it so that any of the parts can change size without having to reprint everything, and so that it can be printed on a smaller printer. The reason the peripheral parts are so far away, is because the pot will be quite large. I’m using 3d printed pins at the moment to hold the custom PCB in, but when I tried it, my first version had bad tolerances, and my second version, while fitting, the pins broke easily and didn’t hold it very well.
I also worked on code. I have done quite a bit for code. When powered, the board hosts its own wifi. If you join it and go to its IP address, you can see a website that IS the UI for the board, with controls and data and stuff. You can also give it your wifi and connect to the board without leaving the comfort of your network.
Finally, (while I forgot to track time for this,) I finally soldered the pump on. It works, but the board consistently browns out 8/10 times when I try to run it. I ordered a better power supply to try to fix it. I knew I should’ve added those capacitors!

Replying to @Chrissy

0
1
Open comments for this post

3h 10m 1s logged

I’m working on a small display that sits on your dashboard and uses public data + your GPS info to tell you what each lane is. Next up: cleaning up code, accepting lane data, accepting GPS data, and thinking about hardware (I love hardware)

I’m working on a small display that sits on your dashboard and uses public data + your GPS info to tell you what each lane is. Next up: cleaning up code, accepting lane data, accepting GPS data, and thinking about hardware (I love hardware)

Replying to @Chrissy

0
3
Open comments for this post

1h 39m 54s logged

Testing the soil moisture sensor for the first time.

I started the project before I joined stardance; this project is a self watering flower pot, I am using an ESP 32 module to power it. Today, I got my capacitive soil sensor from Amazon, and it seems to work.

I tested it using the website I had the ESP host. Rather than putting a screen on, I’m having it host a wifi network, then you can go to it’s IP adress, and you can see the UI.

When I wrapped the sensor in a moist towel, the output dropped from 3500 or so, to 2650 or so. This is promising.

When I get my MOSFETs, I will solder one on, and test out the motor! Then, it’s a bit of SolidWorks to make a housing and we’re good!

Testing the soil moisture sensor for the first time.

I started the project before I joined stardance; this project is a self watering flower pot, I am using an ESP 32 module to power it. Today, I got my capacitive soil sensor from Amazon, and it seems to work.

I tested it using the website I had the ESP host. Rather than putting a screen on, I’m having it host a wifi network, then you can go to it’s IP adress, and you can see the UI.

When I wrapped the sensor in a moist towel, the output dropped from 3500 or so, to 2650 or so. This is promising.

When I get my MOSFETs, I will solder one on, and test out the motor! Then, it’s a bit of SolidWorks to make a housing and we’re good!

Replying to @Chrissy

0
1

Followers

Loading…