The environmental control system for Mr. Snuggles the ball python is now nearly finished. Throughout the last couple of weeks I’ve worked on learning Fusion 360 in order to create a new case. The previous one was done with Tinkercad and the one before that in FreeCAD. The first iteration was a Tupperware case, lol

The electronics didn’t end up as clean as I was hoping it would be but it works and that’s always been rule number one for this project. There will likely be a version after this and for that it would be great to etch a proper circuit board rather than using universal PCB boards as I have done up to now.

Currently I’m tuning the settings to dial in the right temperatures and humidity in the different parts of the enclosure. Grafana is a lifesaver as always 🙂

The next step may be to add a humidifier of some sort and hook it up to the humidity values. The biggest challenge in controlling the environment has been the humidity. This seems to be a common gripe among those who use glass terrariums and I can certainly see why. Right now a couple of towels on top of the mesh screen in the lid help keep things under control but it’s not an ideal solution as it also limits air flow.
