Orchard Spraying Robot — A Smart Agricultural Solution for Precision Spraying and Complex Terrain Adaptation
随着智慧农业技术的快速发展，果园植保自动化成为科研院校示范园、农业集团及系统集成商关注的重点。然而，丘陵果园、设施大棚等复杂场景长期受限于地形狭窄、坡度大、果树空间结构不规则，传统大型植保机械难以作业，人工喷药效率低、风险高，科研和企业项目难以实现标准化、可控化操作。硕宝智能专为果园设计的
打药机器人应运而生，针对丘陵果园、设施大棚及多样化果树冠层，提供完整的智能植保解决方案。机器人集成高通过性移动底盘、高压雾化喷洒系统及工业级控制平台，实现无人化、精细化、可重复的科研与企业级果园作业。
High-Terrain-Capability Chassis — Freely Navigates Complex Orchard Terrain
The spraying robot adopts a four-wheel, four-wheel-drive differential steering chassis, capable of handling slopes, muddy soil, and narrow inter-row passages in orchards, ensuring full coverage of the entire orchard. The chassis supports secondary development for research or enterprise applications, enabling rapid integration of navigation, sensors, and intelligent obstacle avoidance modules, making it an engineering-grade platform for orchard automation and crop protection systems.
High-Pressure Atomization Spraying System — Precise Application and Efficient Coverage
The robot is equipped with a high-pressure atomization spraying system, featuring adjustable horizontal and vertical spray booms to cover both the upper and lower tree canopies as well as inter-row weeds. The droplet size is adjustable to enable precise application. Research teams can collect spraying parameters through data interfaces to validate pest and disease control effectiveness, while enterprise projects can be rapidly deployed to achieve efficient, full-orchard operations.
Long-Endurance Power and All-Weather Operation
The robot adopts a hybrid power design, combining low-speed high-torque output with long-endurance capability. It can perform all-day orchard operations without frequent charging or refueling, increasing the area covered per unit of time and providing reliable support for long-term operation in research experiments and demonstration orchards.
Industrial-Grade Control System — Scalable for Research and Projects
The vehicle is equipped with a PLC closed-loop control system, supporting precise path planning, speed control, and coordinated spraying operations. Standard interfaces (CAN, RS485, Ethernet) are reserved to facilitate algorithm testing and data collection for research institutions, as well as autonomous driving, intelligent cruising, and system integration for enterprises, forming a complete “perception–decision–execution” closed loop.
Positioning for Research and Enterprise Applications
Shuobao Intelligent orchard spraying robot is suitable for research, demonstration orchards, and enterprise-level automated crop protection projects, supporting multi-scenario intelligent operations and system integration development:
- Development and validation of crop protection robots for research institutions and experimental orchards
- Large-scale orchard automation crop protection projects and demonstration applications
- Development of intelligent operation platforms for agricultural equipment companies and system integrators
十年深耕特种机器人底盘与智慧农业装备领域，硕宝智能已与多所科研院校及行业龙头企业建立长期合作，将机器人工程能力与果园作业场景深度结合，实现科研与企业级落地的无缝对接。如果您正在规划丘陵果园打药自动化项目、农业机器人科研平台建设或智慧果园示范工程，欢迎与硕宝智能联系，获取果园打药机器人技术白皮书、接口说明及定制化解决方案。我们的工程团队将提供从底盘平台到系统集成的全流程技术支持。
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