Build the reviewed main project, capture four local calibration endpoints, and stream soil, water, temperature, humidity, pressure, and status data to Serial Monitor. This is the supported core lesson; physical verification of the exact catalog assembly is still required.
Calibrated plant-monitoring lab is one focused build from the ESP32 Plant Monitoring Learning Kit. It uses the parts listed below to make a working electronics example, then you can combine it with the other projects in the kit.
Build the reviewed main project, capture four local calibration endpoints, and stream soil, water, temperature, humidity, pressure, and status data to Serial Monitor. This is the supported core lesson; physical verification of the exact catalog assembly is still required.
ESP32U, DIY-002 capacitive soil sensor, DIY-025 water sensor, DIY-018 BME280, full-size breadboard, jumper wires
Wire the parts, upload the sketch from the kit page, then test this project by watching the Serial Monitor or the output behavior.
You learn how the controller reads real sensor signals, makes a decision in code, and turns that result into a useful output.
Every item is in the kit — nothing extra to buy.
All 7 parts in one box, with this project and 6 more to build from them.
One of each part. Packs (resistor assortment, jumper wires) already hold more than a single build needs. Backorder parts ship once they arrive — the kit above has every part boxed today. Delivery is AED 20, free on orders AED 150+.
Compare raw ADC readings across documented dry, damp, and wet samples of one soil type. Repeat probe depth and compaction, graph the results, and explain why the percent…
Mark several safe test depths, energize only long enough to record stable readings, then power down, rinse, and dry the tracks. Study repeatability and corrosion risk; d…
Measure temperature, relative humidity, and pressure near a plant while keeping the module dry and away from direct sun, water, fingers, and warm electronics. Compare se…