Growing the Futurewith FarmBot

Where CNC automation, electromechanical engineering, and modern agriculture come together.

โ˜€๏ธ Offline for Summer Maintenance and Recalibration

Webcam and Soil Sensor Data

FARMBOT_SUBSYSTEM // SUMMER_RECESS
OFFLINE MODE
FarmBot Substation Hub
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Farmbot Offline for the Summer

Soil Moisture
OFFLINE
Temperature
OFFLINE
Soil pH
OFFLINE
Soil N-P-K
OFFLINE

2025-2026 Crop Photos

Curly Kale

Curly Kale

Bell Pepper Flower

Bell Pepper Flower

Buttercrunch Lettuce

Buttercrunch Lettuce

Buttercrunch Lettuce Detail

Buttercrunch Lettuce

Cilantro

Cilantro

Dill

Dill

Tech Builds and Roadmap

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7-in-1 Soil Sensor

A dual-tier diagnostic layout combining an array of analog moisture sensors with a 7-in-1 industrial RS485 Soil Sensor.

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Power & Network Distribution

Centralized power and data infrastructure housed within a waterproof enclosure.

Distribution Elements

  • โšก Isolated Mean Well 24V and 5V logic rails
  • ๐ŸŒ Embedded 5-port industrial network switch
  • ๐Ÿ”Œ Single master connection footprint for the entire mobile bed
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Next-Gen Node Migration

The Fall 2026 school year will bring an architectural change. The FarmBot legacy hardwired Arduino-to-Pi serial paths will be migrated to ESP32 and Wi-Fi. The new system will use an ESP32-based "garden hub" to receive sensor data from wireless mini ESP32 field nodes, feeding an interactive touch display. The new display architecture will also receive the RS485 sensor data and allow a quick review of soil conditions.

Target Framework

  • ๐Ÿ–ฅ๏ธ esp32-S3b interactive 800 x 480 display
  • ๐Ÿ“Š Native integration of RS485 Modbus streams