6X6 Differential Wheeled Robot Chassis

Product Details
Customization: Available
Body Weight: 175kg
Remote Control Distance: 100m
Gold Member Since 2016

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Number of Employees
78
Year of Establishment
2003-06-20
  • 6X6 Differential Wheeled Robot Chassis
  • 6X6 Differential Wheeled Robot Chassis
  • 6X6 Differential Wheeled Robot Chassis
  • 6X6 Differential Wheeled Robot Chassis
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Basic Info.

Fire Water Cannon Angle
up To70 °
Body Size
115 * 115 * 80mm
Load Capacity
300kg
Walking Speed
15km / H
Fire Water Cannons Level
120 °
Trademark
TOPSKY
Origin
Beijing China

Product Description

6X6 Differential Wheeled Robot Chassis
 Overview:
The 6X6 differential wheeled robot chassis is a high-performance mobile platform meticulously designed to handle complex outdoor environments and diverse operation requirements. With its unique six-wheel layout and advanced differential drive technology, it has become an ideal foundational support for special operation robots, scientific research and exploration robots, as well as industrial application robots. It provides a solid and reliable mobile solution for various high-end robot application scenarios.


Features:
Outdoor Inspection:In the inspection of outdoor facilities such as oil pipelines, power lines, and communication base stations, the 6X6 differential wheeled robot chassis can be equipped with high - definition cameras, infrared thermal imagers, gas detection sensors and other devices to conduct all - around and real - time monitoring of the facilities. With its powerful off - road performance, it can traverse complex terrains such as forests, mountains, and deserts, reaching areas difficult for humans to access. It can promptly detect facility failures, safety hazards and other problems, improving the efficiency and accuracy of inspection, and reducing labor costs and safety risks.
Emergency Rescue:After natural disasters such as earthquakes, mudslides, and floods, the rescue scene is often fraught with many dangers, including damaged roads, complex terrains, and the risk of aftershocks. At this time, rescue robots based on this chassis can be quickly deployed. Equipped with life detectors, rescue stretchers, demolition tools and other equipment, they can search for survivors and carry out rescue operations in harsh environments such as ruins, muddy areas, and slopes, buying precious time for saving lives.
Agricultural Plant Protection:In large - scale farmland, orchards and other agricultural production scenarios, the robot chassis can serve as a plant protection operation platform, equipped with equipment for pesticide spraying, fertilization, weeding, etc., to achieve intelligent and automated agricultural production operations. Its good passability enables it to adapt to farmland of different terrains, reducing the crushing of crops. Meanwhile, precise operations can improve the efficiency of pesticide and fertilizer use, reduce agricultural production costs, and contribute to the modernization of agriculture.
Scientific Research and Exploration:In scientific research fields such as geological exploration, ecological research, and polar scientific expeditions, this chassis can support various professional scientific research equipment to conduct data collection and research in remote and harsh - environment areas. For example, it can collect animal and plant samples in tropical rainforests, measure geological data in desert areas, and carry out meteorological observations on polar ice sheets, providing reliable data support and technical guarantee for scientific research.

Specification:
Powerful Adaptability: With excellent off-road performance and flexible steering methods, it can adapt to almost all complex outdoor terrains. Whether it is a rugged mountain road, a muddy wetland, a narrow alleyway, or a sandy wasteland, it can move unobstructed, providing a vast activity space for the robot to perform tasks.
High Flexibility: The modular design concept runs through the product research and development process. The chassis can quickly and conveniently replace or carry various functional modules and task equipment according to different operation requirements, achieving the goal of "one machine with multiple functions". From simple camera monitoring to complex industrial operations, just by replacing the corresponding modules, it can meet diverse application scenarios, greatly improving the equipment utilization efficiency and return on investment.
Precise Control and Stability: The combination of an independent hub motor drive system and an advanced control system enables precise control of the robot's driving speed and steering angle, ensuring that the robot can operate stably and accurately even in complex environments. At the same time, the stable chassis structure and excellent suspension system effectively reduce vibrations and bumps during driving, providing a stable working platform for the mounted equipment and ensuring the operation accuracy and reliability.
Easy Integration and Expansion: The chassis has reserved a wealth of interfaces and installation positions, making it easy to integrate with various sensors, controllers, actuators, etc. At the same time, it supports the expansion and upgrade of both hardware and software. Whether it is a robotic arm, sensor mounting parts, or the underlying driver programs and communication protocols, it can be easily adapted. It can continuously optimize its functions according to user needs and technological development to meet the growing demands for intelligent and automated operations.

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