Project overview

This project aimed to develop a semi-autonomous robotic apple harvesting platform to address the manual labour shortage experienced by local growers during peak harvesting seasons. By integrating Monash University's sophisticated robotic manipulator into a commercially available fruit harvesting platform, the project holds great potential to reduce reliance on seasonal manual labour, ensure consistent and sufficient harvesting capacity, and enhance productivity and sustainability in the Australian agricultural industry.

In this project, critical subsystems of the harvesting robot will go through a rigorous field test. The vision subsystem will be enhanced to have better performance in naturally occluded orchard environments, ensuring reliable apple detection and recognition. The robot manipulator will be upgraded with an improved path planning program for smoother and more efficient motion. The end-effector equipped with flexible fingers will be enhanced in compliance and dexterity for precise fruit handling. Additionally, enhancements will be made to the electrical subsystem to accommodate the upgraded components.

The complete robotic harvesting platform will perform repetitive harvesting tasks with precision and speed, which will enable farmers to allocate labour to critical activities like crop management and research, resulting in reduced expenses and improved resource utilisation, leading to overall cost reduction.