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China Expandable Cabin Research Robot Chassis Manufacturer, Supplier, Factory

We believe that long time period partnership is a result of top of the range, value added services, rich expertise and personal contact for Expandable Cabin Research Robot Chassis, 4 Wheel Ackermann Steering Chassis, WD-W3-2200M Heavy Duty UGV Chassis, Four Wheel Ackermann Robot Mobile Platform, 100kg Load Wheeled Unmanned Vehicle Chassis, We maintain timely delivery schedules, innovative designs, top quality and transparency for our buyers. Our moto should be to supply quality goods inside of stipulated time.
Expandable Cabin Research Robot Chassis, Welcome to visit our company, factory and our showroom where displays various hair solutions that will meet your expectation. Meanwhile, it is convenient to visit our website, and our sales staff will try their best to deliver you the best service. Be sure to contact us if you want more information. Our aim is to help customers realize their goals. We are making great efforts to achieve this win-win situation.

Related Products

Hot Products

  • Remote Control Wheeled Chassis

    Remote Control Wheeled Chassis

    WD-W2M remote control wheeled chassis is a universal integrated 4-wheel differential robot platform equipped with self-developed double wishbone suspension, delivering outstanding torsional rigidity, lateral stability and superior terrain passability. It adopts dual 1500W brushless DC motors with encoders and full-communication drivers. Standard 48V30Ah lithium battery with BMS protection, upgradeable to 48V60Ah. Two solid explosion-proof tire options: 390mm / 450mm diameter, maintenance-free for complex roads. Exquisite industrial shell design reserves abundant space for electrical payloads, widely used in reconnaissance, inspection, exploration, scientific research and educational robot projects.
  • 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.
  • Open Source Quadruped Robot Dog

    Open Source Quadruped Robot Dog

    WD-E1 open source quadruped robot dog, 12DOF 200Nm high torque joints, 52kg heavy-duty body, max standing load 100kg, walking load 30kg, IP66 full protection. Cross 30° slopes & 80cm platforms, dual LiDAR equipped, full open SDK for secondary development, fit for industrial inspection, reconnaissance and robotics research.
  • Efficient food logistics robot

    Efficient food logistics robot

    The Panda Efficient Food Logistics Robot features 4 large-capacity trays and laser navigation for seamless restaurant service. Designed for Chinese, Japanese, and hot pot restaurants, this autonomous waiter bot ensures safe, contactless delivery with 270° access and 24V safety voltage. Boost efficiency and reduce labor costs with the pioneer of smart catering automation.
  • Automatic Lifting Platform Mobile Robot

    Automatic Lifting Platform Mobile Robot

    WD-L300 and WD-L300E heavy-duty Automatic lifting platform mobile robots are autonomous lifting AMRs developed for automatic docking and transfer of factory heavy material shelves. Both models integrate a built-in 50mm automatic lifting mechanism with a maximum load capacity of 300kg. WD-L300 adopts compact body design with 70cm minimum passing width for narrow production lines; WD-L300E equips widened large chassis to match oversized storage shelves, requiring 75cm aisle width. Equipped with LiDAR + deep camera multi-sensor fusion positioning, ±5mm high precision, 30Ah lithium battery supports over 9/10 hours continuous running, automatic return charging and 4G/WiFi remote fleet scheduling, realizing full unmanned heavy shelf circulation without manual loading and unloading.
  • Electric Tracked Chassis Unmanned Platform

    Electric Tracked Chassis Unmanned Platform

    WD-K12 unmanned platform is a medium-large general wire-controlled electric tracked chassis equipped with automotive-grade power components for superior dynamic performance. Fitted with dual 30KW 320V electric drive system, it reaches a maximum speed of 20km/h with rated load up to 500kg. Abundant power reserve brings outstanding trafficability on all complex wide-area terrains, delivering reliable mobile solutions for heavy-load, high-speed and harsh field scenarios. Compatible with multiple functional assemblies, it meets unmanned operation demands of reconnaissance, patrol inspection, environmental deployment, mobile UAV docking station and emergency rescue. This high-performance medium-large wire-controlled electric tracked chassis adapts to various special working scenarios and has proven excellent practical value in military logistics support and other fields.

  • How Are Service Robots Transforming Modern Industries and Everyday Life?

    Service robots are rapidly becoming essential tools across healthcare, hospitality, logistics, retail, education, public services, and domestic environments. These intelligent machines are designed to assist humans by performing repetitive, dangerous, time-consuming, or customer-facing tasks with high efficiency and accuracy.

  • New Product Launch | Tianjin Weide Aviation Industrial Handling Robot Debuts, Unlocking a New Paradigm of Intelligent Handling

    Easy to operate and stable battery life, supporting access control and remote scheduling, equipped with touch screen, voice broadcast, mobile APP multi-mode operation, open interface for flexible integration of software and hardware; Equipped with a 40000mAh lithium iron phosphate battery, it has a battery life of 8 hours and supports autonomous charging without human intervention, achieving all-weather automatic operation.

  • 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.

  • Tianjin Weide Aviation deepens scene cooperation, landing multiple practical projects for tracked/wheeled chassis and wall climbing robots

    Recently, Tianjin Weide Aviation Technology Co., Ltd. successfully applied its tracked chassis, wheeled chassis, and wall climbing robot products to two major practical projects: industrial inspection and municipal maintenance, with high-quality products and customized services, achieving efficient transformation of products from research and development to practical application, and gaining high recognition from cooperative customers.

  • 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 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.

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  • E-mail:
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    +86-15022269233
  • Address:
    Room 3025, Building 1, Zone F, Guangxuan Road, Airport International Headquarters Base, Dongli District, Tianjin City, China
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