The design of agricultural robots focuses on reliability and easy maintenance. We select high-quality and durable parts to reduce the probability of failures. Moreover, in the structural design of the robots, the modular design concept is adopted, which facilitates fault detection and part replacement. Routine maintenance mainly includes simple cleaning, checking the wear of key components and regular software upgrades. Compared with traditional agricultural machinery, although the initial investment may be relatively high, in the long run, the maintenance cost is within an acceptable range. And due to the increased benefits brought by their efficient operation, it is sufficient to cover the maintenance cost and create greater economic benefits for users.

Agricultural robots have certain adaptability to the environment. During the research and development process, we have carried out strict environmental tests and protection designs on them. For high-temperature weather, the cooling system of the robots can effectively regulate the internal temperature and prevent the equipment from being damaged by overheating. Facing heavy rain, the outer casing of the robots is made of materials with high waterproof and dustproof grades and adopts sealing processes, and key components also have waterproof protection measures, enabling them to work normally under a certain amount of rainfall. In a sandy environment, special air filtration devices can reduce the erosion of sand on internal mechanical and electronic components. However, under extremely severe weather conditions, we recommend suspending the operation of the robots to ensure the safety of the equipment and its service life.

When designing agricultural robots, we have fully considered the user's convenience in operation. They are equipped with a simple and intuitive human-computer interaction interface, and the operation process has been carefully optimized. Meanwhile, we provide professional operation training for every customer who purchases agricultural robots, including theoretical explanations and on-site practical guidance. Generally speaking, after a short period of training, farmers can skillfully master the basic operations of the robots, such as starting, stopping, and switching of working modes, and easily use agricultural robots for agricultural production activities.

Our agricultural robots adopt advanced terrain adaptation technologies and are equipped with highly sensitive sensors and intelligent suspension systems. Whether it's the undulating terrains of mountains and hills or plots with different soil conditions like paddy fields and dry lands, the robots can automatically adjust the chassis height, working angles and other parameters by perceiving terrain changes in real time to ensure stable and precise completion of various agricultural tasks and effectively adapt to complex farmland terrains.