Agri Robot Telemetry
Real-time diagnostic telemetry and status monitoring for the solar-backed modular agricultural prototype. Access hardware performance and subsystem diagnostics below.
Core System Metrics
12V Li-Ion
HC-05 Active
100% Autonomy
Delivering up to twelve hours of continuous field operations backed by integrated solar charging panels during active daylight cycles.
Wireless Bluetooth control telemetry maintaining steady connection parameters for real-time mobile command execution in the field.
Continuous solar power regulation routing energy directly to the dual-motor drive and micro-controller system.
Active Subsystem Diagnostics
Real-time operational status of the mechanical and electronic payload systems deployed on the Agri Robot chassis.
Liquid Delivery Status
Mechanical Crop Cutter
The integrated 12V water pump and pipe system manage precision chemical delivery. Automated low-level signal alerts prevent dry running.
High-torque gear motors drive the crop cutting assembly, monitored continuously via Arduino controller telemetry for load spikes.
Robokalam Collaboration
Engineering Team
This prototype represents collaborative engineering by Manish and Advith Krishna, built with technical guidance from Robokalam Institute.
Together, we designed, built, and developed the Agri Robot project. Our goal is to improve farming efficiency using smart automation technology.