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China All-Terrain Industrial Patrol Robot Manufacturer, Supplier, Factory

We are commitment to offer you the aggressive price tag ,exceptional products and solutions high-quality, as well as fast delivery for All-Terrain Industrial Patrol Robot, WD-S1 Autonomous Inspection Robot Dog, 12 DOF Ultra Heavy Load Quadruped Robot, 600Nm High Torque Industrial Robot Dog, Autonomous Navigation Four-Legged Inspection Robot, Top quality is factory' existence , Focus on customer' demand may be the source of enterprise survival and advancement, We adhere to honesty and good faith working attitude, seeking forward to the coming !
All-Terrain Industrial Patrol Robot, We've more than 200 staff including experienced managers, creative designers, sophisticated engineers and skilled workers. Through hard work of all employees for the past 20 years own company grew stronger and stronger. We always apply the "client first" principle. We also always fulfill all contracts to the point and therefore enjoy excellent reputation and trust among our customers. You are very welcome to personally visit our company.We hope to start a business partnership on the basis of mutual benefit and successful development . For more information remember to do no hesitate to contact us.

Related Products

Hot Products

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    Backpack AMR Material Delivery Robot

    The WD-D150 Backpack AMR material delivery robot is a heavy-duty autonomous mobile robot for factory heavy material circulation. Equipped with four layers of large anti-static trays and customized anti-static wheels, it supports a maximum load of 150kg. Adopts dual depth cameras + LiDAR multi-sensor fusion navigation, positioning accuracy ±5mm. Built-in 30Ah large-capacity lithium battery, continuous running over 12 hours, supports auto return charging, 4G/WiFi remote scheduling. Compact body only 70cm minimum passing width, can shuttle narrow production lines, realize cross-floor automatic delivery via auto elevator, ideal for electronic manufacturing, auto parts workshop, chemical labs heavy goods transfer.
  • Autonomous Inspection Robot Dog Quadruped Robot

    Autonomous Inspection Robot Dog Quadruped Robot

    WD-S1 autonomous inspection robot dog, 12DOF 600Nm ultra-high torque joints, 118kg body, 170kg continuous load, IP66 whole machine & IP67 joint protection. Equipped with dual LiDAR, supports autonomous navigation, full open SDK for secondary development, ideal for industrial inspection and fire rescue.
  • Heavy Duty Complete Tracked Undercarriage System

    Heavy Duty Complete Tracked Undercarriage System

    WD-K8 heavy-duty complete tracked undercarriage system is our heavy-load crawler platform equipped with heavy-duty wear-resistant tracks for greatly improved load capacity. Adopting Christie independent suspension and optimized 72% ground contact ratio, it delivers ultra-stable driving performance with excellent comfort via hydraulic dampers. The thick flexible track base avoids high-frequency vibration generated by ordinary engineering tracks at high speed, effectively protecting all kinds of onboard equipment. Supported by 12 Christie shock absorbers, dual 285N·M rated torque, max 500kg load, 30 reduction ratio, 30° stair climbing and IP54 protection grade, it serves as a reliable heavy mobile foundation for various industrial special robots.
  • Wall-Climbing Robots

    Wall-Climbing Robots

    Are you looking for a professional manufacturer of Wall-Climbing Robots? This product, manufactured by the Weide factory, is specifically designed for high-altitude vertical operation scenarios. This intelligent wall-climbing robot breaks through the limitations of traditional operations and can move flexibly on various vertical walls. Even when facing inverted surfaces, it can firmly adhere and run smoothly without the need to build scaffolds, hanging baskets, or other auxiliary facilities. It can easily overcome the challenges of high-altitude operations.
  • Autonomous Guest Welcome Robot

    Autonomous Guest Welcome Robot

    Elevate your hospitality standards with the advanced Autonomous Guest Welcome Robot. Featuring Smartstar AI voice interaction and precise Lidar SLAM navigation, this Autonomous Guest Welcome Robot delivers seamless guided tours and intelligent reception services. Powered by a durable LFP battery offering over 8 hours of operation, the Autonomous Guest Welcome Robot ensures efficient, contactless service for modern venues.
  • Heavy Payload Robot for Industrial Delivery

    Heavy Payload Robot for Industrial Delivery

    The Oxbot Heavy Payload Robot offers up to 500kg capacity for industrial logistics. Featuring dual LiDAR navigation and autonomous elevator access, this heavy payload robot ensures safe, efficient multi-floor transport. Ideal for factories requiring reliable automated material handling solutions.

  • How Does a Six Wheel Wheeled Chassis Improve Mobility and Stability in Advanced Applications?

    ​A Six Wheel Wheeled Chassis is an advanced mobile platform designed to provide excellent stability, load capacity, and adaptability across challenging environments. From aerospace exploration and intelligent robotics to industrial automation and special-purpose vehicles, six-wheel chassis systems help overcome common mobility challenges such as uneven terrain, limited traction, vibration control, and heavy payload transportation.

  • How Does All-Metal Suspended Tracked Chassis Cut R&D Costs For University Labs & Robot Startups?

    Robotics research teams, university engineering departments and small robot startups often face heavy time and capital pressure in prototype development. Self-developed tracked chassis require lengthy mechanical design, suspension testing and drive debugging; low-cost plastic crawler platforms break easily outdoors and cannot protect high-precision sensors from vibration damage. Many closed-source chassis lock core motion algorithms, forcing developers to spend months adapting underlying control logic. Weide HK WD-WT200S all-metal tracked off-road chassis solves multiple R&D pain points with full metal structure, independent suspension and open STM32 development architecture, lowering the entry threshold for outdoor unmanned vehicle algorithm development and competition prototype production.

  • Chassis technology iteration accelerates, highlighting the differentiated competitive landscape between tracked and wheeled chassis

    At present, the special robot industry is entering a period of rapid development. As the core of robot movement, the tracked chassis and wheeled chassis are accelerating iteration towards scenario based, intelligent, and lightweight directions, and the industry competition pattern presents distinct differentiation characteristics.

  • How Can a Quadruped Robot Transform Modern Industrial and Intelligent Applications?

    Quadruped robots are becoming one of the most innovative solutions in the field of intelligent robotics. With advanced mobility, strong environmental adaptability, and flexible control capabilities, these four-legged robots are helping industries overcome challenges that traditional robots cannot easily solve. This article explores how a quadruped robot works, why businesses are adopting this technology, what problems it can solve, and how companies such as Tianjin Weide Aviation Technology Co., Ltd. are contributing to the development of intelligent robotic solutions.

  • How Can Educational Robot Chassis Improve the Performance of Modern Learning Robots?

    Educational robots have become an important tool for STEM education, engineering training, and innovative learning environments. However, the performance of an educational robot depends heavily on the stability, flexibility, and reliability of its foundation—the robot chassis. An advanced Educational Robot Chassis provides strong structural support, accurate movement control, and excellent compatibility with various sensors and electronic components.

  • Do Next‑Gen L4 Delivery Robots Finally Solve the “Last 100 Meters” Challenge?

    For years, logistics operators have watched autonomous vehicles glide along highways and city streets, only to stall at the final bottleneck: the last 100 meters. A package may travel 1,000 kilometers by truck, yet the last leg to a doorstep, office reception, or apartment locker remains stubbornly manual, costly, and error‑prone. This article examines the technological leap, presents field‑proven data, and introduces WEIDE AVIATION’s latest contribution to the autonomous logistics ecosystem.

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  • E-mail:
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  • Address:
    Room 3025, Building 1, Zone F, Guangxuan Road, Airport International Headquarters Base, Dongli District, Tianjin City, China
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