Agricultural Robot Smart Motion Module
A standardized module that integrates drive, steering, suspension, and braking, purpose-built for smart agricultural machinery and autonomous agricultural vehicles.
Built to tackle complex farmland environments—including muddy terrain, uneven field ridges, and narrow row spacing—the system transforms agricultural robot chassis development from custom-built engineering to standardized modular configurations.
Why Is the Chassis Always the Bottleneck in Agricultural Robot Development?
Challenging Terrain
Mud, Slopes and Furrows Cause Wheel Slip and Vehicles Getting Stuck
Harsh Environment
Mud, Agricultural Chemicals and Dust Damage Chassis Components
Long Development Cycle
Developing a Chassis from Scratch Takes Too Long and Can Result in Missed Crop Seasons
High Maintenance Costs
Low Parts Commonality Leads to Expensive Maintenance and After-Sales Support
From Custom Chassis to Modular Assembly
Transform agricultural robot development from custom manufacturing to standardized modular assembly.
Traditional Development Model
- Chassis Design
- Component Selection
- Machining
- Field Testing and Validation
- Repeated Iterations
Modular Development Model
- Module Selection (Payload & Terrain Based)
- Platform Configuration (3-Wheel / 4-Wheel / 6-Wheel)
- Control Integration (Compatible with Agricultural Autonomy Systems)
- Rapid Field Validation
Typical Agricultural Robot Applications
The Smart Mobility Module has been successfully applied to a variety of smart agricultural machinery platforms, covering the entire farming process from cultivation and planting to crop management and harvesting.
Smart Mobility Modules × Agricultural Platforms
三轮平台
窄行距巡检 / 高隙喷洒 / 轻型采摘
四轮平台
果园运输 / 植保喷药 / 中耕作业
六轮平台
水田重载运输 / 丘陵坡地作业
八轮平台
大型无人农机 / 牵引式作业平台
自由定制
根据作物行距、地隙、载重需求自由组合模组数量与布局
智动模组核心组成
每个智动模组集成完整底盘运动能力，适应农业恶劣环境
- 密封防水驱动系统（电机 + 编码器）
- 耐泥水转向系统
- 高弹性减震系统（适应田埂冲击）
- 防泥沙制动系统
- 农机专用控制接口（CAN / RS485 / 农用ISO总线）
农业机器人智动模组系统全景集成
一体化智动模组布局，灵活适配多种农业轮式平台
模块化农机底盘系统的技术优势
相比传统农机底盘设计，智动模组提供标准化的模块化路径，使农业机器人开发从“定制工程”变为“标准组合”。
缩短研发周期
2-8周完成农机底盘开发
降低维护成本
标准模组可快速替换，减少田间停工
提升通过性
全轮转向+高减震行程，适应泥泞坡地
支持自动驾驶
内置闭环控制接口，适配主流农机导航
