Agricultural robots are widely used in all aspects of agricultural production, and different application scenarios fully demonstrate their advantages.

In the orchard, the picking robot has become the farmer's right hand. Fruit picking needs to be done at the right time to ensure the quality and taste of the fruit. The picking robot can accurately judge the maturity of the fruit through the visual recognition system, and then use the robot arm to gently pick the ripe fruit. In large-scale orchards, picking robots can work day and night, greatly shortening the picking cycle and improving the picking efficiency. At the same time, it can also avoid the damage that may be caused to the fruit trees during the artificial picking process, which is conducive to the subsequent growth of the fruit trees.

In greenhouses, agricultural robots also play an important role. The environmental monitoring robot can monitor the temperature, humidity, light intensity and other environmental parameters in the greenhouse in real time. Once a parameter is found to be out of the appropriate range for crop growth, the robot will inform the control system to adjust it in time. For example, if the temperature is too high, the robot will control the ventilation equipment to cool it down; If humidity is insufficient, it will activate the irrigation system to replenish water. In addition, weeding robots and fertilizer robots can also work accurately in greenhouses, providing a good growing environment for crops.

In the field, planting robots and harvesting robots are common applications. The seeding robot can accurately sow seeds into the soil according to the planting requirements of different crops, ensuring the quality and efficiency of seeding. Harvesting robots can quickly harvest crops once they are ripe. It can adjust the harvest parameters according to the height and density of the crop, harvest the crop neatly, and perform initial threshing and screening. The use of harvesting robots has greatly improved the harvesting efficiency of farmland and reduced the intensity of manual labor.

In the field of aquaculture, there are also specialized aquaculture monitoring robots. It can monitor the pH of water quality, dissolved oxygen and other indicators, timely find water quality changes, and maintain the stability of water quality by putting drugs or adjusting oxygen equipment, providing scientific management means for aquaculture.

Agricultural robots have shown the characteristics of high efficiency and precision in different application scenarios, which has brought great changes to agricultural production.