Autonomous Lawn Mowing Robot Field Test | Efficient Grass Cutting & Labor Cost Savings
智能割草机器人实地作业视频 本视频展示硕宝智能割草机器人在真实草地环境中的工作过程，可快速完成草坪修剪及杂草清 […]
Autonomous Follow UGV Demonstration | Intelligent Auto-Follow Function Test
This video demonstrates Shuobao’s autonomous following smart unmanned vehicle, showcasing its intelligent tracking capability. The vehicle can automatically detect and continuously follow a target, providing flexible solutions for intelligent transportation and mobile robot applications.
Tracked Remote-Controlled Orchard Spraying Robot Field Test | Intelligent Agricultural Plant Protection Solution
This video demonstrates Shuobao’s tracked remote-controlled orchard sprayer operating in a real orchard environment, showcasing its spraying process and performance in intelligent orchard plant protection applications.
Autonomous Mountain Land Clearing Machine Field Operation | Intelligent Brush Clearing Robot
This video demonstrates Shuobao’s smart autonomous land clearing machine operating in mountainous and hilly environments, showcasing its real-world performance in land reclamation, vegetation clearing, and obstacle removal applications through practical field operation scenarios.
Custom Intelligent Tracked Robot Chassis Platform | Engineered Mobile Robot Base
定制智能履带机器人底盘平台｜工程化移动机器人基础平台 随着移动机器人在农业、工业、巡检、科研等领域的快速发展，
Agricultural Robot Chassis Solutions | Field-Proven Intellimotion Module Platform | Shuobao Intelligent
For the past decade, Shuobao Intelligent has been dedicated to the development of mobile robot chassis technologies. In the field of agricultural robots, we have continuously refined and validated our chassis solutions through real-world applications, helping customers accelerate robot development with reliable, engineering-ready platforms instead of building everything from the ground up.
Why Do Many Robots Slip on Muddy Terrain?
Many robots operate well in laboratory environments, but their performance can change significantly when entering real outdoor conditions. Muddy terrain, loose soil, uneven surfaces, and insufficient traction can cause wheel or track slipping, affecting mobility and stability. This article explores the key factors behind robot slipping on muddy ground and discusses how proper chassis design can improve off-road performance.
Tracked vs. 4WD Robot Chassis: Which Is Better for Outdoor Robots?
Many robot projects perform well in laboratory environments but face challenges when deployed outdoors. This article compares tracked robot chassis and 4WD robot chassis in terms of terrain adaptability, traction, stability, and mobility, helping you understand which solution is more suitable for different outdoor applications.
Why Most Outdoor Robot Projects Fail at the Chassis Stage?
In the mobile robotics industry, many teams initially focus on key technologies such as: LiDAR Autonomous driving algorithms AI vision recognition ROS systems Path planning
How to Choose the Right Custom Robot Chassis for Your Project?
In industrial automation, warehouse logistics, agricultural robotics, inspection robots, and research development, different projects require completely different mobile robot chassis solutions.
Autonomous Follow Robot Solution Introduction
Autonomous Follow Robot Solution: Applications & Key Advantages | Shuobao Robot As intelligent mobile robot technology continues to evolve
Pure Electric Agricultural Robot Platform Development Guide
With the continued development of smart agriculture, agricultural machinery is evolving from traditional equipment toward intelligent and autonomous robotic platforms. This guide explores the key considerations for developing pure electric agricultural robot platforms, including chassis design, power systems, mobility, and application requirements in real-world farming environments.
