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China Off-Road Wheeled Robot Development Chassis Manufacturer, Supplier, Factory

We have now a specialist, efficiency staff to provide good quality company for our consumer. We normally follow the tenet of customer-oriented, details-focused for Off-Road Wheeled Robot Development Chassis, WD-C400 4WD Enclosed Steel Wheeled Robot Chassis, 130mm Rubber Off-Road Wheel Robot Platform, ROS Compatible 4 Wheel Drive Mobile Robot Base, DIY Educational Robot Car Chassis, should you may have any query or wish to place an initial purchase be sure to never hesitate to contact us.
Off-Road Wheeled Robot Development Chassis, We provide good quality but unbeatable low price and the best service. Welcome to post your samples and color ring to us .We are going to produce the items according to your request. If you are interested in any items we offer, please feel free to contact us directly by mail, fax, telephone or internet. We've been here to answer your questions from Monday to Saturday and looking forward to cooperating with you.

Related Products

Hot Products

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    Electric Ackermann Wheeled Chassis

    WD-W3-2200H Electric Ackermann Wheeled Chassis is a highly integrated general heavy-load electric mobile platform for wheeled robots. It adopts front Ackermann steering plus rear integral differential hard bridge drive, equipped with self-developed double A-arm balance suspension, dual-speed rear axle and high-power 48V brushless drive system. Matched with front disc rear drum dual brake system and ultra-large internal empty cabin, the chassis supports multiple customized configurations with 300kg heavy load capacity and IP54 dust & splash proof rating. It is widely applied in field reconnaissance, outdoor patrol inspection, geological exploration, university scientific research and autonomous driving teaching unmanned robot projects.
  • Remote Control Wall Climbing Robot

    Remote Control Wall Climbing Robot

    This Heavy-Load Magnetic Wall-Climbing Robot excels in factory rust/paint removal and shipyard maintenance. Featuring dynamic speed control, auto lane-changing, and adaptive obstacle-crossing tech, it handles 80-90kg loads at 0-20m/min with IP65 protection. Proven in Yangzhou shipyard trials for hull operations, it combines robust R&D with practical performance for demanding industrial surface tasks.
  • Backpack AMR Material Delivery Robot

    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.
  • Self-guided Tow Tractor Workshop Delivery Robot

    Self-guided Tow Tractor Workshop Delivery Robot

    WD-FT1500T self-guided tow tractor workshop delivery robot is a heavy-duty dual-purpose autonomous tugger AMR with a maximum traction capacity of 1500kg. It combines adjustable pallet forks and traction hook structure, supporting both pallet stacking transport and serial towing of multiple metal storage cages. Equipped with marker-free laser SLAM navigation, it realizes zero factory ground reconstruction, and freely switches between automatic unmanned navigation mode and manual push mode. With a top speed of 1.5m/s and 24V 60Ah large-capacity lithium battery for over 5 hours of continuous operation, it supports 4G/WiFi multi-robot cluster scheduling, widely used in auto assembly, heavy machinery, large warehouses and new energy factories for heavy pallet and turnover cage batch unmanned logistics transportation.
  • Remote Control Crawler Robot Chassis

    Remote Control Crawler Robot Chassis

    Remote Control Crawler Robot Chassis WD-K2 universal remote control crawler chassis features Christie fully independent suspension and high-torque brushless motor for strong power output. Optimized height and power configuration bring outstanding trafficability, low center of gravity, stable operation and high transmission efficiency. It is an ideal mobile platform for camera equipment and stable-movement robots, widely applied in reconnaissance, inspection, exploration, fire-fighting and other special robot fields.
  • Wall Climbing Robot Chassis

    Wall Climbing Robot Chassis

    WD-Ma360 magnetic tracked wall climbing robot chassis is a ferromagnetic adsorption industrial crawler platform designed for vertical metal wall operations. Equipped with dual 240W brushless DC reduction motors, it delivers 16.8NM torque, supporting 10kg rated vertical payload and up to 60kg extreme test load at 85°. With ultra-low 3mm ground clearance, it adapts curved surfaces with a minimum cylinder diameter of 5 meters, compatible with steel tanks, ship hulls and iron structural walls. Adopting stainless steel & aluminum frame, IP54 waterproof rating and dual-fan heat dissipation, this wall crawler chassis works stably for inspection, rust removal and cleaning tasks. Powered by DC24V 10AH lithium battery, adjustable speed ranges from 0 to 0.5m/s, customizable OEM service available.

  • What Makes the W6 Heavy-duty Wheeled Platform the Ultimate Solution for Industrial Material Handling?

    The W6 Heavy-duty Wheeled Platform is designed to transform industrial material handling by combining strength, stability, and mobility into a single engineered solution. In demanding environments such as warehouses, factories, logistics centers, and construction sites, inefficient transport systems often lead to delays, safety risks, and unnecessary labor costs.

  • Tianjin Weide Aviation's new product has landed, with tracked and wheeled chassis adapted to multiple scenarios, helping special robots operate efficiently

    Recently, Tianjin Weide Aviation Technology Co., Ltd. launched two upgraded chassis products, namely a tracked chassis suitable for complex terrain and a wheeled chassis suitable for indoor and outdoor conventional scenes. At the same time, the chassis solution for wall climbing robots has been optimized to further enrich the company's product matrix and meet the special robot operation needs of various industries.

  • Tianjin Weide Aviation: A Deep Case Study on Wheeled Chassis Customization

    Tianjin Weide Aviation Technology Co., Ltd., specializing in customized robot chassis services, focuses on the R&D of wheeled chassis, supporting parts for wheeled chassis, and customized wheeled platforms. Leveraging professional expertise, the company provides high-adaptability and high-stability wheeled chassis solutions tailored for customized robots across various industries, establishing a one-stop customized service system.

  • Customized Deep Case Study of Tianjin Weide Aviation's Tracked Chassis

    Tianjin Weide Aviation Technology Co., Ltd., as a professional tracked chassis supplier in China, specializes in the core R&D of robotic mobile platforms. It excels in providing full-scenario customized services for tracked chassis, delivering high-performance and highly adaptable robot chassis solutions for various types of special-purpose robots.

  • Why Are All-Terrain Special Platforms Essential for Modern Industrial Operations?

    Discover how all-terrain special platforms improve mobility, efficiency, safety, and operational flexibility across challenging environments including construction sites, mining zones, airports, rescue missions, and remote industrial projects.

  • Why Are Wheeled Platforms Transforming Material Handling Efficiency?

    ​Wheeled Platforms have become a critical solution in modern logistics, manufacturing, warehousing, aviation support, and maintenance operations. This article explores how and why these systems are reshaping operational efficiency, reducing labor strain, improving safety, and optimizing workflow in multiple industries. It provides a deep dive into design principles, real-world applications, selection criteria, performance comparisons, and implementation strategies.

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    Room 3025, Building 1, Zone F, Guangxuan Road, Airport International Headquarters Base, Dongli District, Tianjin City, China
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