Service robotics field:
Food-delivery robots can navigate flexibly through the complex environment of a restaurant and accurately reach customers’ tables to complete the delivery task. Hub-mounted servo motors enable efficient motion control, as well as precise start-up and stoppage, thereby enhancing service efficiency and stability.
Intelligent Inspection Robots: In power systems, factory workshops, large venues, and other settings, hub servo motors enable robots to move precisely to each inspection point, adapt to varying floor conditions for stable operation, and respond rapidly to unexpected situations thanks to their fast response time.
Guidance-service robots: In large public spaces such as shopping malls, museums, and airports, these robots precisely navigate to designated locations to provide guidance, consultation, and other services, responding swiftly to navigation commands and achieving accurate positioning.
Cleaning robots (for floor washing, mopping, etc.): autonomously navigate indoor environments to perform cleaning tasks, precisely plan routes across various rooms, corridors, and other areas to achieve efficient cleaning, and flexibly avoid obstacles.
Logistics robotics field:
Indoor AGVs (Automated Guided Vehicles): In indoor environments such as warehouses, these vehicles precisely follow pre-programmed routes to transport goods to designated locations. Thanks to in-wheel motors integrated directly into the wheels, AGVs feature a more compact design, enabling them to navigate narrow aisles between racks and facilitating rapid sorting and handling of goods.
Outdoor delivery robots: In outdoor environments such as urban streets, these robots must adapt to varying road conditions—including uphill and downhill sections and speed bumps. Hub-mounted servo motors provide robust power and precise control, ensuring timely and accurate deliveries, while their integrated design helps achieve a more compact and lightweight overall robot configuration.
Specialized robotics field:
Agricultural robots: These robots perform precise path planning in fields, enabling accurate row- and column-based movement and positioning during operations such as seeding, fertilization, and pesticide application.
Security Patrol Robot: In residential communities, industrial parks, and other patrol areas, it delivers stable mobility and fixed-point surveillance, and can swiftly relocate and track anomalies when detected.
Other applications:
Robotics research and education: As a key component of robotic motion systems, it facilitates the study of robot motion control algorithms and dynamics by researchers and students. Its relatively intuitive structure makes it easy to understand and experiment with.
Robotics Competition: In competitive settings such as robot soccer and robot combat, hub servo motors enable robots to execute rapid starts, precise turns, and swift accelerations, thereby enhancing their competitive performance.