Integrating modern agriculture and automation technology, utilizing sensors, computer vision, and AI technology to achieve autonomous navigation.

Autonomous driving and autonomous operation functions can significantly reduce the use of labor resources and improve operational efficiency.

According to the actual application situation, unmanned driving and autonomous operation routes can be planned.

By utilizing sensors to obtain environmental information and calculating the optimal path through algorithms, obstacle avoidance and efficient movement can be achieved to meet the needs of orchard operations.

Real time monitoring of machine operation status and the surrounding environment can reduce misjudgments, improve work efficiency, and reduce manual labor intensity.

Enhanced the transparency of orchard management, facilitating users to adjust work parameters or issue instructions in a timely manner, ensuring smooth operation.

Change the droplet size by changing the spray nozzle model for different crops; Air spray can also be increased to realize the secondary atomization of liquid medicine, and the liquid medicine can be more evenly covered on the back and surface of leaves.

High pressure spray, the pressure can be manually adjusted, for thick canopy fruit trees, from leaf pulling to refraction, finally forming rebound, spray has better effect.

Large capacity 400L medicine box, made of stainless steel or PE material, corrosion-resistant and easy to clean.

Driven by lithium battery, with a capacity of 400Ah and a nominal voltage of 60V, it has strong endurance.

Equipped with an efficient charger, input 220V/output 72V/current 50A, fast charging without waiting.

The remote control distance can reach 1 kilometer (unobstructed), and the operation is convenient and flexible.

The maximum load climbing slope can reach 30 degrees, suitable for more working environments.