
Imagine a classroom where students not only learn about the future of agriculture but actively build it. This kit empowers students to create their own automated plant care systems, gaining insights into both robotics and agriculture. By using capacitive soil sensors and peristaltic pumps, students can automate watering cycles and optimize crop growth through data analysis.
The open-source nature of the kit provides full access to 3D printable files, a comprehensive parts list, and detailed assembly instructions, allowing for complete customization and modification of the system. As modern farming technology evolves, this kit equips the next generation of farmers with the tools needed to meet global food demands, from coding sensors to optimizing harvest cycles.
In terms of hardware, the kit includes everything needed to build a functional, automated plant-care station. The SparkFun XRP Controller acts as the brain of the operation, managing sensor data and automation cycles. It features a Raspberry Pi® RP2350B dual-core processor with AgXRP firmware, 16MB of flash, and 8MB of PSRAM. Wireless connectivity is provided via a Raspberry Pi® RM2 radio module, enabling 2.4GHz WiFi and Bluetooth® for remote control and IoT projects.
Students will engage in hands-on agricultural automation by constructing a custom peristaltic pump using a Hobby Motor with Encoder, Deep Groove Ball Bearings, and the AgXRP Single Pump Enclosure. This setup allows for precise water delivery through included Latex Tubing. The SparkFun Qwiic Soil Moisture Sensor, connected via a Flexible Qwiic Cable, provides real-time data for accurate soil monitoring.
The kit's frames and enclosures offer structural support, keeping electronics secure and organized during long-term experiments. For those looking to expand, up to three AgXRP Pump & Soil Moisture Sensor Expansion Packs can be added, enabling automation and monitoring of four independent planting zones simultaneously.
Collaborating with leading academic institutions like Cornell University and the University of Idaho, the AgXRP Starter Kit is part of a collaborative STEM ecosystem. As a Beta release, the initiative seeks educators, students, and community partners to shape its future, whether through piloting the kit, contributing to curriculum development, or supporting outreach efforts. Join a growing community committed to building the future of food, one line of code at a time.