Chilean scientists develop an autonomous robot for complex agricultural tasks

With the aim of facilitating demanding tasks in the field, engineering researchers at the Catholic University of Chile are developing a robot capable of performing agricultural work autonomously. The innovation seeks to support farmers in activities such as pruning, weeding, thinning, fertilization, and the harvesting of delicate fruits like cherries, blueberries, and nectarines.

The prototype, led by Professor Miguel Torres, features a mobile base designed to navigate uneven terrain and two robotic arms capable of manipulating objects with precision. Its technology allows it to adapt to natural environments without the need for special infrastructure.

Using artificial intelligence algorithms, the robot can not only carry out predefined tasks but also learn and adjust its behavior to varying field conditions. “AI is key, as it enables the robot to make real-time decisions and improve its performance,” noted Torres.

Currently, the team is refining the robot’s sensors and perception systems to enhance its autonomy, enabling it to gather environmental data and operate efficiently across diverse agricultural scenarios.

source: uc.cl

photo: masp.lmneuquen.com