Agri Robot: Solar Autonomy
An intelligent agricultural robot engineered for smart farming using modular automation, solar technology, and real-time micro-controller precision.
Operational Telemetry
Engineered to execute precise field operations with modular utility. Real-time Bluetooth telemetry ensures constant tracking and immediate diagnostics.
Solar Autonomy
Dual-Function
Bluetooth Telemetry
High-torque gear motors drive both automated chemical spraying systems and rugged crop cutting blades simultaneously.
Twelve hours of continuous battery backup supported by integrated solar panels for zero-emission field operations.
A continuous HC-05 wireless connection enables 360-degree rotation control and instant water level alerts.
Core Component Specs
Arduino Architecture
Equipped with a 12V power supply system, L298N motor drivers, HC-05 wireless modules, and an LCD status display.
The integrated water pump and pipe system manage precision spraying while dedicated servo motors handle mechanical navigation.
Built on the Arduino UNO V2 controller, the robot coordinates complex motor drivers, servo systems, and sensory telemetry arrays.
Student-Led Innovation
Developed by Manish and Advith Krishna under the guidance of Robokalam Institute, this project bridges the gap between micro-controller hardware and rugged field utility.