Intelligent Unmanned Agricultural Machinery, a perfect combination of unmanned driving and AI, is designed scientifically on a prospective basis for potential agricultural scenarios as a future form of agricultural machinery. The cab-free streamline body with a fully wire-controlled chassis allows for switching between various driving modes, including near-field remote driving, fully automatic unmanned driving, and cloud-based controlled driving.
This Tomato Fruit Harvesting Robot is an AI-powered agricultural robot, designed primarily for the fully automated harvesting of tomatoes and other vegetables in agricultural parks, standardized greenhouse cultivation, and similar scenarios. This robot integrates seamlessly machine vision and artificial intelligence technologies, utilizing vision algorithms based on deep learning, conducting maturity assessment of harvested fruits and millimeter-level 3D spatial positioning.
