无人车底盘定制 – 轮式/履带/特种移动机器人底盘解决方案 https://www.shuobaorobot.com/en/ 专业研发与制造 | 适用于农业、巡检、物流、安防等场景 Tue, 14 Apr 2026 02:14:38 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 农业机器人底盘定制：高离地UGV平台支持播种、打药与采摘作业 https://www.shuobaorobot.com/en/agricultural-robot-chassis-customization/ Tue, 14 Apr 2026 02:05:43 +0000 https://www.shuobaorobot.com/?p=4985 农业机器人底盘定制：高离地UGV平台支持播种、打药与采摘作业 农业机器人底盘定制：高离地UGV平台支持播种、打 […]

农业机器人底盘定制：高离地UGV平台支持播种、打药与采摘作业最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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农业机器人底盘定制：高离地UGV平台支持播种、打药与采摘作业

Agricultural Robot Chassis Customization: High-Clearance UGV Platform for Seeding, Spraying, and Harvesting Operations

With the development of agricultural automation and intelligence, more and more companies are beginning to invest in agricultural robotics projects. However, in practical implementation, one key issue repeatedly arises:

👉 算法可以开发，系统可以设计，但机器人“跑不进田里”。

The core reason is often not a lack of technical capability, but the absence of a truly agriculture-adapted robot chassis platform.

高离地农业机器人底盘UGV平台｜复杂地形农田作业解决方案
High-Clearance Agricultural Robot Chassis | Designed for Complex Farmland and Multi-Terrain Operating Environments

What is an Agricultural Robot Chassis (UGV Platform)?

An agricultural robot chassis, also known as an unmanned ground vehicle (UGV) platform, is the fundamental mobility system of an agricultural robot.

It is responsible for:

  • Field mobility and path execution
  • Carrying and operating task modules (such as spraying, harvesting, etc.)
  • Integration and support of multi-sensor and control systems
  • Ensuring stable operation in complex terrain

In agricultural scenarios, the capabilities of the chassis directly determine whether the entire system is truly “usable.”

Why is a high-clearance structure necessary in agricultural environments?

Unlike industrial environments, agricultural environments have distinct characteristics:

  • Crop heights vary significantly
  • Fields often consist of muddy ground, loose soil, and complex furrows
  • Requires inter-row operation without damaging crops
  • Requires high stability for long-duration continuous operation

Therefore, a high-clearance structure has become a key design direction for agricultural UGVs:

  • ✔ 提高通过性
  • ✔ 避免压伤作物
  • ✔ 适应不同农作物高度
  • ✔ 提升复杂地形稳定性

What agricultural operations can a UGV platform support?

🌱 播种作业

Enables precise control of seeding spacing and density, ensuring standardized planting and improving seedling emergence consistency.

🌾 大田精准打药

Can be equipped with spray boom or atomization systems to achieve uniform application, reduce pesticide waste, and improve coverage efficiency.

🌿 机械化采摘

Can be integrated with robotic arms and vision systems to enable automatic recognition and harvesting of fruits and vegetables.

📡 农田数据采集

Supports multi-sensor fusion (vision, GPS, environmental sensors) for agricultural digital management and analysis.

🔧 多场景任务扩展

Through modular interfaces, functions can be quickly swapped or expanded, enabling one machine for multiple applications.

农业机器人任务扩展平台｜模块化UGV底盘支持播种打药采摘与农田作业
农业机器人任务扩展平台｜模块化UGV底盘支持多场景农业作业

Why is “chassis platformization” more important?

  • Single-purpose sprayer vehicle
  • Single-purpose seeder machine
  • Single-purpose transport vehicle

However, modern agriculture is shifting toward a “platform-based” approach:

👉 一个底盘 + 多种作业模块 = 多场景农业机器人系统

The advantages of platformization include:

  • Reduces overall development costs
  • Shortens product iteration cycles
  • Improves equipment utilization efficiency
  • Enables rapid customization and development
  • Facilitates easier large-scale deployment

Our agricultural robot chassis solutions

  • High-clearance agricultural robot chassis design and manufacturing
  • Electronic control system development (drive, control, and communication)
  • ROS and autonomous driving system integration support
  • Multi-sensor fusion interface design
  • Supports OEM / ODM mass production

Target customer groups

  • Agricultural robotics R&D companies
  • Smart agriculture solution companies
  • Unmanned farm and digital agriculture projects
  • Universities and research institutions
  • Agricultural equipment integrators

If you are developing an agricultural robotic system but lack a reliable mobile chassis platform, this is the most critical step.

Get technical documentation and custom solutions

We can provide:

  • Real-world application video materials
  • Technical specifications and structural solutions
  • Custom development recommendations
Get a customized agricultural robot chassis solution

The core of deploying agricultural robots is not just algorithm capability, but:

👉 是否拥有一个稳定、可扩展、可量产的底盘平台

High-clearance agricultural UGV chassis is becoming the infrastructure of modern smart agriculture.

#AgriculturalRobotics #AgriculturalUGV #RobotChassisCustomization #HighClearanceRobot #SmartAgriculture #AgriculturalAutomation

农业机器人底盘定制：高离地UGV平台支持播种、打药与采摘作业最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

]]> 履带式果园打药车 高效·智能·无人化果园植保解决方案 https://www.shuobaorobot.com/en/%e5%b1%a5%e5%b8%a6%e5%bc%8f%e6%9e%9c%e5%9b%ad%e6%89%93%e8%8d%af%e8%bd%a6-%e9%ab%98%e6%95%88%c2%b7%e6%99%ba%e8%83%bd%c2%b7%e6%97%a0%e4%ba%ba%e5%8c%96%e6%9e%9c%e5%9b%ad%e6%a4%8d%e4%bf%9d%e8%a7%a3/ Tue, 07 Apr 2026 02:51:43 +0000 https://www.shuobaorobot.com/?p=4874 履带式果园打药车 | 高效植保解决方案 履带式果园打药车 油电混合｜高压雾化｜自动驾驶｜替代人工植保 一台设备 […]

履带式果园打药车 高效·智能·无人化果园植保解决方案最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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履带式果园打药车 | 高效植保解决方案

Crawler Orchard Sprayer

Hybrid Power | High-Pressure Atomization | Autonomous Driving

One machine replaces multiple workers and delivers precise and efficient spraying.

👉 获取专属方案

Why Upgrade Your Spraying Method?

  • Rising labor costs and difficulty in hiring workers
  • Uneven spraying leads to poor pest control
  • Low efficiency and missed optimal spraying timing
  • Difficult operation in mountainous and complex terrains

👉 不升级 = 被成本和效率淘汰

Solution: Smart Crawler Orchard Sprayer

  • Autonomous driving, no manual operation required
  • High-pressure atomization for uniform spraying
  • Crawler chassis for complex terrains<
  • Large-capacity tank for continuous operation

Key Advantages (Quantifiable)

⚡ 油电混合动力

Continuous operation for 4–6 hours, ideal for large orchards.

🌫 高压雾化喷雾

Fine mist particles improve coverage and efficiency.

🚜 强通过履带底盘

Adapts to mud, slopes, and narrow orchard rows.

🤖 自动驾驶系统

Path planning + automatic spraying reduces human error.

Performance Comparison

Item Manual Spraying Smart Sprayer
Efficiency Low High (Automatic)
Uniformity Unstable High-pressure atomization
Labor Cost High Greatly reduced
Working Time Limited Continuous operation

Applications

  • Apple, citrus, grape orchards
  • Hilly and mountainous terrain
  • Large-scale farms
  • Agricultural cooperatives

Get Your Custom Solution (Quote + Video + Case Studies)

We provide tailored solutions based on your orchard conditions.

🚀 Contact Now

履带式果园打药车 高效·智能·无人化果园植保解决方案最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

]]> 一开始，他们只是想省点人 https://www.shuobaorobot.com/en/%e4%b8%80%e5%bc%80%e5%a7%8b%ef%bc%8c%e4%bb%96%e4%bb%ac%e5%8f%aa%e6%98%af%e6%83%b3%e7%9c%81%e7%82%b9%e4%ba%ba/ Tue, 24 Mar 2026 07:42:31 +0000 https://www.shuobaorobot.com/?p=4781 一开始，他们只是想省点人 后来，他们发现，问题不只是“人多或人少”。 而是——很多时间，被浪费在了搬运上。 如 […]

一开始，他们只是想省点人最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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At First, They Just Wanted to Reduce Manpower

Later, they realized that the problem was not simply about having more or fewer people.

Instead, a lot of time was being wasted on transportation.

If you take a closer look at the daily operations of a warehouse, you will notice:

People are constantly walking.

Pushing goods, walking empty-handed, waiting.

These actions require no technical skill, yet they consume a significant amount of time.

The problem is not a lack of effort, but the wrong approach.

Many efficiency problems actually stem from choosing the wrong approach from the very beginning.

Most optimizations are centered around people:

  • Increase the number of personnel
  • Adjust the workflow
  • Strengthen management

But these methods rarely bring fundamental improvements in efficiency.

Because they focus on “how to move faster,” rather than:

Why must people do the transporting?

Later, they adopted a simpler approach.

Not a complex system, nor a large-scale overhaul.

They simply added one piece of equipment:

4WD AGV unmanned transport vehicle

Its logic is simple:

You walk ahead, and it automatically follows behind.

You stop, it stops; you turn, it follows.

You handle the path; it handles the transport.

四驱AGV无人运输车在仓库中自动跟随作业 Four wheel AGV following transport robot in warehouse

By the time you move forward, it is already behind you.

Why is this approach more efficient?

Because it changes one critical thing:

It turns the “person doing the work” into the “person making decisions.”

  • No more repeated back-and-forth trips.
  • No more physical exertion.
  • No longer dependent on differences in experience.

The path remains the same, but efficiency has improved significantly.

四驱AGV无人运输车仓库物流搬运设备 AGV transport robot in warehouse

It doesn’t require a complex system—it can handle the transport task on its own.

There is one detail that determines whether it can truly be put into use.

Many devices look great in demonstrations, but become unstable in real-world conditions.

The reason is usually quite simple:

  • Uneven ground.
  • There are slopes.
  • The paths are complex.

That’s also why a four-wheel drive structure is so critical.

What it delivers is not just better specs, but:

Stable operation even in real-world conditions.

Beyond efficiency, there’s something even more important: controllability.

Many people ask before making a decision:

“Will it be difficult to control?”

That’s a fair question.

So it offers two modes:

  • Autonomous following: reduces manual operation and improves efficiency.
  • Remote control: safer in complex environments.

It operates automatically when it should, and stays under control when needed.

Why do many companies choose this kind of equipment?

Not because it is “new,” but because these three factors are very practical:

1. No need to modify the existing environment
No tracks required, no warehouse changes—ready to use as is.

2. Easy to get started
Intuitive operation—ready to use within minutes.

3. Clear return on investment
Reduces labor input and improves overall efficiency

An investment with a short payback period.

One final question.

If there were a way to:

  • Reduce a large amount of repetitive handling.
  • Reduce reliance on manual labor.
  • Make processes more consistent.

And without requiring any changes to your existing warehouse—

Would you consider trying it?

Get a solution and a quote.

If you are looking for:

  • AGV autonomous transport vehicle
  • Smart follow-me transport equipment.
  • Warehouse / factory material handling solutions.

Welcome to contact us to get:

  • Scenario matching recommendations.
  • Product selection recommendations.
  • Custom quotation.

👉 点击咨询 / 获取方案

一开始，他们只是想省点人最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

]]> 面向国防科研的军用机器人定制平台 https://www.shuobaorobot.com/en/%e9%9d%a2%e5%90%91%e5%9b%bd%e9%98%b2%e7%a7%91%e7%a0%94%e7%9a%84%e5%86%9b%e7%94%a8%e6%9c%ba%e5%99%a8%e4%ba%ba%e5%ae%9a%e5%88%b6%e5%b9%b3%e5%8f%b0/ Fri, 30 Jan 2026 08:12:49 +0000 https://www.shuobaorobot.com/?p=4737 军用机器人定制平台 面向国防科研需求，硕宝智能提供军用机器人平台级定制开发服务， 服务对象包括军队科研单位、高 […]

面向国防科研的军用机器人定制平台最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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Custom Military Robot Platform

Targeting defense research needs, Shuobao Intelligent provides platform-level customization services for military robots, serving military research units, university laboratories, and defense research institutes. The platform emphasizes system reliability, interface openness, and engineering feasibility, making it suitable for applications such as research validation, system integration, and experimental prototype development.

Research Collaboration Inquiry View Technical Documents

Reconnaissance Robot Research Platform

Multi-Sensor Perception and Mobile Data Acquisition Platform

This platform is designed for research on perception, detection, and information acquisition in complex environments. It adopts an electrically driven, high-mobility chassis structure, enabling stable operation in unstructured terrain conditions. The platform supports integration of various types of sensors and can be extended with elevated mounting structures to expand observation perspectives and sensing range.

Platform Capabilities

  • Supports multimodal sensor integration and synchronized data acquisition.
  • Expandable high-mounted sensor deployment structure.
  • Supports remote control and real-time data transmission.
  • Supports local and offline data storage.

Research Application Areas

  • Multisensor fusion and information processing algorithm validation
  • Target recognition, environmental modeling, and data acquisition experiments.
  • Research on communication links and information security.
  • Joint hardware-software testing of perception systems.

The platform supports adjusting sensor configurations and interface types according to research tasks.

获取技术参数说明 →

Assault Robot Research and Validation Platform

Mobile Platform for Autonomous System Mobility and Control Algorithm Validation

This platform adopts a tracked, high-mobility chassis structure, making it suitable for research on unmanned system control and coordination in complex terrains. The platform is designed with a focus on motion stability, system scalability, and open control interfaces, facilitating the validation of various control algorithms and system architectures.

Platform Capabilities

  • Tracked chassis structure, adapted to complex terrain conditions.
  • Supports switching between remote control and autonomous operation modes.
  • Modular interfaces for task payloads and equipment installation.
  • Reserved space for computing power and power system expansion.

Research Application Areas

  • Research on path planning and motion control for unmanned systems.
  • Human–machine collaboration and multi-platform cooperative control validation.
  • Intelligent decision-making and control algorithm testing.
  • Engineering structural validation for unmanned systems

Suitable for experimental validation of research topics related to unmanned system control and coordination.

预约技术交流 →

Robotic Research Platform Support

Experimental Platform for Unmanned Transport and Autonomous Driving Technologies

This platform is designed for research in unmanned transport, autonomous driving, and intelligent support systems. It adopts a high-strength structural design, enabling stable operation under complex road conditions, and meets the requirements for load capacity and system reliability in scientific research and experimental applications.

Platform Capabilities

  • Supports high-load unmanned transport experiments
  • Supports integration of multiple types of positioning and environmental perception modules
  • Supports validation of autonomous navigation and path planning functions
  • Capable of task execution and status feedback

Research Application Areas

  • Research on autonomous driving and path planning algorithms
  • Validation of unmanned logistics and material dispatch systems
  • Emergency support and unmanned transport experiments
  • Engineering testing of intelligent support systems

The platform can be customized with navigation and control modules according to experimental requirements.

查看平台配置说明 →

Information and Psychological Operations Robotic Research Platform

Information Dissemination and Intelligent Interaction Systems Research Platform

This platform is designed for research in information dissemination, psychological operations, and intelligent interaction systems. It provides a mobile and controllable information delivery carrier, suitable for experiments on information distribution and communication strategies in complex environments.

Platform Capabilities

  • Supports multiple forms of information output and remote control
  • Supports configurable targeted dissemination and task scheduling capabilities
  • Supports operational status and performance monitoring
  • The system architecture facilitates secondary development and functional expansion

Research Application Areas

  • Research on information dissemination and psychological operations strategies
  • Development of multilingual broadcasting and content control systems
  • Validation of intelligent interaction systems
  • Information system integration and testing

The platform supports adjustment of information output and control modules based on research requirements.

联系技术人员 →

Research Collaboration and Platform Customization Support

Focusing on customized military robotic platforms, we provide platform customization, system integration, and experimental support services for research institutions, suitable for applications such as research projects, system validation, and prototype development.

Inquire about research collaboration Download technical materials

面向国防科研的军用机器人定制平台最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

]]> 硕宝智能果园巡检底盘｜高可靠无人车底盘定制开发 https://www.shuobaorobot.com/en/%e7%a1%95%e5%ae%9d%e6%99%ba%e8%83%bd%e6%9e%9c%e5%9b%ad%e5%b7%a1%e6%a3%80%e5%ba%95%e7%9b%98%ef%bd%9c%e9%ab%98%e5%8f%af%e9%9d%a0%e6%97%a0%e4%ba%ba%e8%bd%a6%e5%ba%95%e7%9b%98%e5%ae%9a%e5%88%b6%e5%bc%80/ Tue, 27 Jan 2026 02:42:49 +0000 https://www.shuobaorobot.com/?p=4724 硕宝智能果园巡检底盘｜高可靠无人车底盘定制开发 十年打磨底盘，助力果园智能巡检落地 随着智慧农业在全国快速推进 […]

硕宝智能果园巡检底盘｜高可靠无人车底盘定制开发最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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果园智能巡检无人车底盘
硕宝智能果园巡检底盘｜高可靠无人车底盘定制开发

Shuobao Intelligent Orchard Inspection Chassis | High-Reliability Unmanned Vehicle Chassis Custom Development

With the rapid advancement of smart agriculture across the country, orchard inspection is transitioning from manual inspection to intelligent monitoring. According to data from the Ministry of Agriculture and Rural Affairs, China’s smart agriculture market is expected to exceed 300 billion RMB by 2026. As a core component of precision farming, intelligent inspection has become a key focus for both research institutions and enterprises.

Industry Pain Points

  • Poor Environmental Adaptability: Exterior and structural designs are not suited for complex orchard terrain, making them prone to dust accumulation and mechanical jamming, which reduces inspection efficiency.
  • Insufficient Protection: Low levels of water and dust resistance make it prone to damage when exposed to rain, snow, mud, and debris in outdoor environments.
  • Poor Interface Compatibility: Inconsistent interfaces among different sensors, cameras, and payloads make it difficult to meet customization needs in both research and production.
  • High Development Costs: Research teams need to independently address chassis integration issues, consuming significant time and resources and hindering core technology development.

Shuobao Intelligent Solution

1. High-Reliability Chassis Design

Optimized chassis structure and materials for unpaved orchard terrain and high-humidity, dusty environments, with enhanced water and dust resistance to ensure stable operation under harsh conditions such as intense sunlight, heavy rain, mud, and gravel.

2. Open Compatibility and Flexible Scalability

Reserved extensive communication protocols and voltage interfaces to enable seamless integration with multispectral cameras, sensors, and other devices. ROS operating system support and secondary development interfaces are provided to meet customization needs for both research and production.

3. Full-Process Technical Support

Chassis parameters are customized according to experimental or production scenarios, with full support from product delivery to technical commissioning. This reduces customer R&D costs, ensures efficient and stable data acquisition, and allows research teams to focus on core research.

Contact Us

Shuobao Intelligent is committed to delivering reliable products + professional technology + customized services to remove obstacles for intelligent orchard inspection. If you are facing challenges such as difficulty in unmanned vehicle chassis adaptation, poor environmental adaptability, or insufficient equipment compatibility, contact us to let Shuobao Intelligent tailor a chassis solution for you and help accelerate the implementation of your research and production.

硕宝智能果园巡检底盘｜高可靠无人车底盘定制开发最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

]]> 果园打药机器人——精准喷洒与复杂地形适配的智慧农业解决方案 https://www.shuobaorobot.com/en/%e6%9e%9c%e5%9b%ad%e6%89%93%e8%8d%af%e6%9c%ba%e5%99%a8%e4%ba%ba-%e7%b2%be%e5%87%86%e5%96%b7%e6%b4%92%e4%b8%8e%e5%a4%8d%e6%9d%82%e5%9c%b0%e5%bd%a2%e9%80%82%e9%85%8d%e7%9a%84%e6%99%ba/ Tue, 20 Jan 2026 02:33:36 +0000 https://www.shuobaorobot.com/?p=4716 果园打药机器人解决方案｜科研院校与农业集团智能植保平台｜硕宝智能 果园打药机器人——精准喷洒与复杂地形适配的智 […]

果园打药机器人——精准喷洒与复杂地形适配的智慧农业解决方案最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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果园打药机器人——精准喷洒与复杂地形适配的智慧农业解决方案
果园打药机器人解决方案｜科研院校与农业集团智能植保平台｜硕宝智能

Orchard Spraying Robot — A Smart Agricultural Solution for Precision Spraying and Complex Terrain Adaptation

With the rapid development of smart agriculture technologies, automation in orchard crop protection has become a key focus for research institutions, demonstration orchards, agricultural enterprises, and system integrators. However, complex scenarios such as hilly orchards and greenhouse environments are often constrained by narrow terrain, steep slopes, and irregular tree spacing, making it difficult for traditional large-scale spraying equipment to operate. Manual spraying is inefficient and risky, while research and commercial projects struggle to achieve standardized and controllable operations.

Shuobao Intelligent’s orchard spraying robot is designed specifically for fruit orchard applications, providing a complete intelligent crop protection solution for hilly orchards, greenhouses, and diverse canopy structures. The robot integrates a high-terrain-capability mobile chassis, a high-pressure atomization spraying system, and an industrial-grade control platform, enabling unmanned, precise, and repeatable operations for both research and enterprise-level orchard applications.

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

With over a decade of expertise in special-purpose robot chassis and smart agricultural equipment, Shuobao Intelligent has established long-term partnerships with multiple research institutions and leading industry enterprises. By deeply integrating robotic engineering capabilities with orchard application scenarios, we enable seamless alignment between research and enterprise-level deployment.

If you are planning an automated spraying project for hilly orchards, developing an agricultural robot research platform, or building a smart orchard demonstration project, we welcome you to contact Shuobao Intelligent to obtain technical white papers, interface specifications, and customized solutions for orchard spraying robots. Our engineering team provides full-process technical support from chassis platforms to system integration.

Contact Shuobao Intelligent Engineering Consultant

果园打药机器人——精准喷洒与复杂地形适配的智慧农业解决方案最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

]]> 轮距可调重载差速底盘：智慧农业机器人核心移动平台定制方案 https://www.shuobaorobot.com/en/%e8%bd%ae%e8%b7%9d%e5%8f%af%e8%b0%83%e9%87%8d%e8%bd%bd%e5%b7%ae%e9%80%9f%e5%ba%95%e7%9b%98%ef%bc%9a%e6%99%ba%e6%85%a7%e5%86%9c%e4%b8%9a%e6%9c%ba%e5%99%a8%e4%ba%ba%e6%a0%b8%e5%bf%83%e7%a7%bb%e5%8a%a8/ Fri, 16 Jan 2026 07:57:28 +0000 https://www.shuobaorobot.com/?p=4705 轮距可调重载差速底盘：智慧农业机器人核心移动平台定制方案 在智慧农业装备与农业机器人研发过程中，科研院校、农机 […]

轮距可调重载差速底盘：智慧农业机器人核心移动平台定制方案最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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可调轮距农业底盘

Adjustable Track Width Heavy-Duty Differential Chassis: Customized Core Mobile Platform for Smart Agriculture Robots

In the development of smart agricultural equipment and agricultural robots, research institutions, agricultural machinery companies, and high-tech enterprises share a common need: a robust, engineering-grade chassis platform with adjustable track width, high load capacity, high ground clearance, long endurance, strong off-road capability, and support for autonomous driving as well as multi-task module integration. The Shuobao intelligent four-wheel / six-wheel differential agricultural robot chassis is a standardized, customizable platform designed to meet this core requirement.

As the “core carrier platform” of smart agricultural robots

This chassis is not a traditional agricultural machinery modification, but a UGV mobile platform designed from a robot system engineering perspective. It can serve as a unified chassis base for transplanting robots, seeding robots, crop protection robots, field inspection robots, agricultural phenotyping robots, and autonomous transport vehicles. The platform supports modular integration of RTK-based autonomous navigation, LiDAR, vision systems, robotic arms, and various working implements.

Four-wheel / six-wheel differential drive structure, supporting in-place turning and operation in complex terrains.

  • Four-wheel or six-wheel all-wheel-drive differential architecture, delivering strong traction and adaptability to complex field environments such as muddy terrain, furrows, and slopes.
  • Supports zero-radius in-place rotation, enabling highly efficient headland turning, suitable for narrow-row and high-density planting scenarios.
  • Heavy-duty chassis design capable of stably carrying spraying systems, seeding units, transplanting mechanisms, robotic arms, and transport modules.
  • Dedicated suspension and drivetrain matching solution, balancing off-road capability and driving stability.

Adjustable track width design, allowing a single chassis to accommodate multiple crops and row spacings.

The chassis features an adjustable track width structure, allowing flexible adaptation to different row spacings for crops such as corn, vegetables, medicinal herbs, fruit trees, and oilseed crops. This enables a “one machine for multiple uses” and “one platform for multiple crops” approach, significantly reducing the cost of agricultural robot development and equipment deployment. It is especially suitable for the development of multi-crop, general-purpose smart agricultural machinery platforms.

High Ground Clearance and Long-Endurance Power System

  • High ground clearance structure, enabling passage between rows of mid-to-late stage crops and crossing of furrows.
  • Supports both pure electric and hybrid power solutions, balancing environmental friendliness with ultra-long endurance.
  • Configurable with high-capacity batteries and range-extender systems to enable all-day continuous operation.
  • Engineering-grade protection and reliability design, suitable for long-term operation in outdoor agricultural environments.

Open Control Interfaces for Research and Secondary Development

The chassis provides standard communication interfaces such as CAN, RS485, and Ethernet, ensuring compatibility with mainstream autonomous driving controllers, navigation systems, and agricultural operation control units. It is well suited as a standard experimental platform for universities and research institutes to conduct agricultural robot algorithm research, unmanned agricultural machinery system integration, and navigation and control validation.

Typical Application Scenarios

  • Autonomous Transplanting and Precision Seeding Robot Platform
  • Precision Spraying and Variable-Rate Fertilization Robot
  • Field Inspection and Crop Phenotyping System
  • Autonomous Transport Vehicles for Orchards, Greenhouses, and Open Fields
  • New-Generation Autonomous Agricultural Machinery Prototype and Research Test Platform

Engineering-Grade Customization and OEM Partnership Capability

Shuobao Intelligent can customize chassis track width, wheelbase, load capacity, drive configuration, power system, control architecture, and operation interfaces according to customer requirements. It supports a complete engineering service from prototype development and field testing to mass production delivery, and has established mature and reliable capabilities in agricultural robot chassis customization and system integration.

Start Your Smart Agricultural Robot Chassis Customization Project

If you are engaged in the development of agricultural robots, unmanned agricultural machinery, smart farming equipment, or automated operation systems, an adjustable-track-width heavy-duty differential chassis will provide your system with a reliable, versatile, and scalable engineering-grade mobile platform. We welcome technical discussions and look forward to working with you to advance the implementation and large-scale deployment of next-generation smart agricultural equipment.

Start Engineering Technical Collaboration

轮距可调重载差速底盘：智慧农业机器人核心移动平台定制方案最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

]]> 定制机器人底盘工程化开发与交付流程展示 https://www.shuobaorobot.com/en/%e5%ae%9a%e5%88%b6%e6%9c%ba%e5%99%a8%e4%ba%ba%e5%ba%95%e7%9b%98%e5%b7%a5%e7%a8%8b%e5%8c%96%e5%bc%80%e5%8f%91%e4%b8%8e%e4%ba%a4%e4%bb%98%e6%b5%81%e7%a8%8b%e5%b1%95%e7%a4%ba/ Thu, 25 Dec 2025 07:47:55 +0000 https://www.shuobaorobot.com/?p=4696 https://www.shuobaorobot.com/wp-content/uploads/2025/12 […]

定制机器人底盘工程化开发与交付流程展示最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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定制机器人底盘工程化开发与交付流程展示最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

]]> 定制机器人底盘，本质是在做什么？ https://www.shuobaorobot.com/en/%e5%ae%9a%e5%88%b6%e6%9c%ba%e5%99%a8%e4%ba%ba%e5%ba%95%e7%9b%98%ef%bc%8c%e6%9c%ac%e8%b4%a8%e6%98%af%e5%9c%a8%e5%81%9a%e4%bb%80%e4%b9%88%ef%bc%9f/ Thu, 25 Dec 2025 02:25:09 +0000 https://www.shuobaorobot.com/?p=4685 定制机器人底盘，本质是在做什么？ 定制机器人底盘，本质是在为具体应用，提前完成工程化。 如果你已经在做机器人项 […]

定制机器人底盘，本质是在做什么？最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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What Does Customizing a Robot Chassis Really Mean?

Customizing a robot chassis essentially means completing engineering in advance for a specific application.

If you are already working on a robotics project,
you have likely encountered these issues:

  • Off-the-shelf chassis can run, but issues arise once the system is integrated.

  • Works in the lab, but becomes unstable when the environment changes.

  • Debugging time keeps getting extended, and the project timeline slips out of control.

This is usually not a selection mistake,
but rather that the chassis was not designed for your application from the outset.

True Customization Starts with the Application

When customizing a robot chassis,
we first clarify three key aspects:

  • What real-world application scenario the chassis will operate in

  • How the system integrates with sensors, control, and algorithms

  • Which issues must be resolved at the design stage rather than fixed after delivery

If these issues are overlooked,
the cost of later-stage debugging will inevitably increase.

Engineering Determines Whether a Project Can Move Forward

Many chassis are “built,”
but their behavior is not reproducible and their parameters are unstable

Engineering is not a slogan, but:

  • Predictable behavior

  • Reproducible parameters

  • Clear interfaces and easy system integration

Only when these conditions are met
can the project proceed to the next stage as planned.

What we build is not a prototype

In robot chassis customization,
our focus is never on “whether it can be built,”
but on:

Whether you can continue your project immediately after delivery.

Therefore, every chassis is designed with the goal of engineering-ready delivery, supporting system integration and application deployment.

If what you are building is not a demo,
but a project that must be deployed,
then we are likely addressing the same kind of challenges.

定制机器人底盘，本质是在做什么？最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

]]> 阿克曼转向底盘：高精度、强承载，赋能科研与工业级移动机器人部署 https://www.shuobaorobot.com/en/%e9%98%bf%e5%85%8b%e6%9b%bc%e8%bd%ac%e5%90%91%e5%ba%95%e7%9b%98%ef%bc%9a%e9%ab%98%e7%b2%be%e5%ba%a6%e3%80%81%e5%bc%ba%e6%89%bf%e8%bd%bd%ef%bc%8c%e8%b5%8b%e8%83%bd%e7%a7%91%e7%a0%94%e4%b8%8e%e5%b7%a5/ Tue, 16 Dec 2025 11:47:35 +0000 https://www.shuobaorobot.com/?p=4669   阿克曼转向底盘：高精度、强承载，赋能科研与工业级移动机器人 在现代自动化与机器人技术高速发展的背景下，一个 […]

阿克曼转向底盘：高精度、强承载，赋能科研与工业级移动机器人部署最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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高精度阿克曼转向机器人底盘，结构稳固，采用工业级零部件，适用于科研院校和工业AGV项目

 

Ackermann Steering Chassis: High Precision, Heavy-Duty Capacity for Research and Industrial Mobile Robots

In the context of rapid advancements in automation and robotics, a stable, reliable, and flexible mobile platform is the foundation for both research breakthroughs and successful industrial deployment.
The Ackermann steering chassis, with its classic vehicle-engineering design and excellent motion control characteristics, has become a trusted mobile solution for high-end research projects and complex industrial applications.

What Is Ackermann Steering? The Engineering Philosophy of Precision Motion

Ackermann steering geometry is a precise design that optimizes tire slip during turning. Its core principle is that, during steering, the inner and outer wheels follow different angles so that the axes of all wheels approximately intersect at an instantaneous center of rotation on the extension of the rear axle.

Compared with differential drive chassis, the Ackermann chassis offers distinct advantages:

  • Precise Trajectory and Reliable Control: With a motion model close to that of real vehicles, it enables predictable trajectories and provides a reliable foundation for algorithm validation and path planning

  • High Load Capacity and Stability: A robust structure with multi-wheel ground contact, suitable for medium to large payload scenarios, maintaining dynamic stability even in complex terrain.

  • Low Rolling Resistance and Long Endurance: The wheels roll in the forward direction, effectively reducing energy loss and extending operational time.

Deep Customization: Tailored Engineering Solutions for You

Standardized solutions often cannot meet all the needs of cutting-edge research or complex working conditions. Our Ackermann steering chassis provides comprehensive, in-depth engineering customization services to ensure seamless integration with your project.

1. Mechanical Parameter Customization

  • Adjustable wheelbase and track width to accommodate different size and stability requirements.

  • Load capacity can be upgraded (from tens of kilograms to several tons) to meet the needs of heavy-duty transport or equipment integration.

  • Wheel options (rubber wheels, Mecanum wheels, off-road tires, etc.) to suit various environments, including laboratories, workshops, and outdoor terrains.

2. Interface and Integration Customization

  • Provides standard mechanical mounting interfaces and electrical interfaces (CAN, EtherCAT, RS232, etc.) for easy integration of robotic arms, sensor suites, and payload equipment.

  • Supports seamless integration with ROS 1 & 2, providing complete driver packages and simulation models to shorten development cycles.

  • Supports integration of high-precision encoders, IMU, GPS, and other sensors to enable advanced positioning and navigation capabilities.

3. Control Mode Customization

  • Supports velocity mode, position mode, and trajectory tracking mode.

  • Provides low-level motor interfaces to support advanced control algorithm research.

Typical Application Scenarios

Research Field

  • Autonomous Driving Algorithm Validation: Provides a high-precision platform for validating SLAM, path planning, and decision-making control.

  • Mobile Robot Education and Research: Supports experiments in robotics, motion control, and multi-sensor fusion.

  • Specialized Mobile Robot Development: Such as unmanned inspection vehicles, educational demonstration robots, and platforms for specialized environmental operations.

Industrial Engineering Projects

  • Smart Inspection Robots: Equipped with inspection equipment for applications such as power systems, petrochemicals, and utility tunnel inspections. Factory Logistics and AGVs: Suitable for standardized material handling in industrial parks and workshops.

  • Smart Inspection Robots: Equipped with inspection equipment for applications such as power systems, petrochemicals, and utility tunnel inspections.

  • Outdoor Work Platform: Supports spraying, surveying, and security equipment, adapting to lightly unstructured terrain.

Our Core Advantages

  • Reliability Validation: Built with industrial-grade materials and components, and subjected to rigorous durability and reliability testing.

  • Full-Stack Technical Support: From mechanics and electronics to drives and interfaces, we provide end-to-end support covering selection consultation, custom development, and deployment and commissioning.

  • Rapid Response and Iteration: Efficient customization processes with a fast understanding of project requirements, delivering agile design and manufacturing services.

Contact Us

Let reliable mobility become the solid foundation for your innovation and production.

If you are looking for a high-performance, highly customizable mobile chassis for your research project or engineering solution, the Ackermann steering platform is your ideal choice.

Target Users: Research institutions, industrial projects, and AGV/inspection robot development and deployment.

Services: Access to technical documentation, customized solution consultation, and project quotations.

👉 Feel free to contact us at any time for detailed technical information, customized solution consultation, and project quotations.

 

阿克曼转向底盘：高精度、强承载，赋能科研与工业级移动机器人部署最先出现在无人车底盘定制 - 轮式/履带/特种移动机器人底盘解决方案。

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