With rising labor costs and the increasing operational challenges of complex terrains such as hillsides and mountainous Orchards, growers urgently need more efficient and precise management solutions.

The self-propelled autonomous spraying robotis an intelligent solution developed to address these challenges. Designed specifically for vine and shrub crops such as grapes, citrus, and apples, this machine integrates precision Spraying and efficient mowing functions into a single platform. With electric drive, autonomous operation, and modular design, it offers a new approach to crop protection in complex orchard environments.

In orchards with vine and shrub crops, traditional large machinery often cannot enter narrow rows, while manual backpack spraying is inefficient and poses safety risks.

This integrated machine adopts a modular design, combining a spraying system with interchangeable mowing modules. Users can quickly switch functions according to seasonal and operational needs.

Three optional mowing modules are available:

Whether for protecting crop plants or managing orchard ground cover, the system easily handles various weeding tasks and effectively solves orchard weed management challenges.

As a professional self-propelled autonomous spraying robot, the machine is equipped with an independently controlled intelligent nozzle system, allowing each nozzle to start and stop individually.

Spray angle and flow rate can be continuously adjusted according to the crop canopy structure

Ensures the spray reaches both inner and outer leaf surfaces

Produces fine atomization for deeper canopy penetration

This significantly improves pesticide utilization efficiency and enhances crop protection performance.

As a next-generation intelligent agricultural machine, the robot achieves complete physical separation between operators and chemicals, greatly improving operational safety.

Intelligent Navigation

The robot is equipped with an advanced path-planning system and RTK high-precision navigation, achieving centimeter-level positioning accuracy.

Even in complex mountainous environments, the machine can automatically plan optimal routes. With one-button start, the entire operation runs fully autonomously.

The system supports remote control and multi-machine fleet operations.

Operators can coordinate multiple machines simultaneously from indoors, enabling large-scale crop protection operations while effectively addressing labor shortages.

To adapt to the varying sunlight and climate conditions of mountainous regions, the robot is powered by high-energy-density lithium batteries, enabling fully electric operation.

Long Operating Time

The low-energy-consumption design ensures strong endurance, allowing the robot to complete large-area operations on a single charge.

Equipped with an all-weather operation system, the machine supports precise night operations.

This avoids pesticide evaporation during high daytime temperatures and allows growers to take advantage of the optimal pest control window, enabling continuous operation and maximizing the robot’s productivity.

Considering the uneven terrain in mountainous orchards, the robot features an adjustable chassis system.

Ground clearance and center of gravity can be dynamically adjusted according to ridge height and terrain conditions

Ensures stable operation on steep slopes and irregular ground surfaces

The stepless speed control system allows the machine to maintain excellent maneuverability when turning and traveling between narrow rows, ensuring smooth and reliable operation.

“This is not just a machine—it is a revolutionary solution to the growing labor gap in agriculture,” said the head of the R&D team.

“Our goal with the Self-Propelled Autonomous Spraying Robot Series is to make orchard management in complex terrain as simple, efficient, and sustainable as farming on flat land.”