ClaudeAI-Generated: Fully Parametric Outdoor case for ESP32 board and v2 Soil sensor

by Bob212

🌿 Smart Soil Sensor Enclosure (ESP32 + v2 Sensor) - latest v2 model publishedTired of manually checking your lawn? This is a rugged, outdoor-ready enclosure designed for an ESP32 USB-C board and a v2 Soil Moisture Sensor. It’s the "brain" of a smart irrigation system, feeding data to Home Assistant to tell RainMachine exactly when the grass is actually thirsty.Note: We are currently on v1 of this design. If you print it, love it, or break it—please leave a comment! Feedback helps the next version grow.🛠 What’s in the Digital Box?I’ve provided several ways to get started, depending on how much you want to tinker:STL / 3MF: Standard "plug and play" files for Orca, Creality Print, or your favorite slicer.STEP / .F3D: Full CAD files for Fusion 360 (works with the free version!).The "AI Special" (Python Script): This model was designed using Claude AI. You can upload the Python script to Claude, ask for modifications, and then run the new script in Fusion 360 to generate a fresh, parameterized solid model!🖨 Printing TipsMaterial: PETG is highly recommended. It handles the sun much better than PLA and has the "springiness" needed for the snap-fit lid.Color: Go with Black for better UV resistance outdoors.Nozzle & Settings: I printed this on my Creality K1C using a 0.6mm nozzle and it came out great.Orientation: This is a tall one! If your printer's Z-height is tight, try rotating the model in your slicer to print at an angle or on its side.PLA Warning: If you must use PLA, the snap-fit lid might be brittle. You may need to do a little light filing to get a perfect fit.🔧 Assembly InstructionsThe Sleeve: Slide the soil sensor into the sleeve until it hits the internal ledge. This keeps it from sliding upward when you push it into the dirt.Waterproofing: Apply a bead of silicone where the sensor exits the bottom of the sleeve. You want this watertight to keep ground moisture away from your electronics.The Brains: Wire your sensor to the ESP32. Place the board on the inte