Air Duct Inspection Robot

Industry Classification
Complete machine development, design, system integration
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Product Description

The ZHROB-MB Confined Space Inspection Robot is capable of independently entering confined and dark spaces to perform operations. It autonomously completes the entire inspection process ranging from autonomous exploration and navigation to environmental anomaly recognition. It autonomously completes the entire inspection process ranging from autonomous exploration and navigation to environmental anomaly recognition. It autonomously completes the entire inspection process ranging from autonomous exploration and navigation to environmental anomaly recognition. Powered by AI and image recognition technologies the robot accurately identifies anomalies such as duct damage water seepage and rust as well as foreign objects including construction debris reinforcing bars (rebars) and rubble. It automatically tags and localises these detection points. Equipped with a gimbal camera it Equipped with a gimbal camera it records high-definition video. The footage is transmitted displayed and recorded in real-time on the management system facilitating immediate review and evidence retention by personnel. By autonomously classifying anomaly types and suggesting maintenance solutions the system effectively resolves the challenges associated with inspecting air ducts. By autonomously classifying anomaly types and suggesting maintenance solutions the system effectively resolves the challenges associated with inspecting air ducts and other confined dim environments.

Product Specifications

The ZHROB-MB is a fully autonomous tether-free robot designed for confined space inspection. Its core specifications are as follows: 1. Core Inspection Capabilities Imaging Function: Supports 2K video recording and still photography. Range & Stability: Equipped with a 3-axis stabilised gimbal camera supporting a rotation range of 115° × 320° × 60°. Range & Stability: Equipped with a 3-axis stabilised gimbal camera supporting a rotation range of 115° × 320° × 60°. Zoom Capability: The gimbal camera supports 30x hybrid zoom and 10x optical zoom. It features a 1/2.7-inch high-sensitivity CMOS sensor for superior low-light performance. It features a 1/2.7-inch high-sensitivity CMOS sensor for superior low-light performance. Duct Adaptability: Suitable for air ducts/pipes with a height greater than 400mm and a width greater than 400mm. 2. Intelligence & Autonomous Operations Autonomous Operations Autonomous Localisation & Exploration in Confined Spaces: oUtilizes a multi-sensor fusion scheme incorporating IMU LiDAR and binocular stereo depth cameras. oUtilises a multi-sensor fusion scheme incorporating IMU LiDAR and binocular stereo depth cameras. oCapable of millimeter-level mapping autonomous obstacle avoidance and autonomous exploration navigation even in oCapable of millimeter-level mapping autonomous obstacle avoidance and autonomous exploration navigation even in confined dark and weak-texture environments. Anomaly Recognition Function: oPowered by a Vision-Language Model (VLM) and AI reinforcement learning oAutonomously and precisely identifies structural anomalies (e.g. breakage water seepage rust) and foreign objects (e.g. construction debris rebars rubble). debris rebars rubble). oRecords 2K high-definition video via the gimbal camera. oAutomatic tagging & localisation: Automatically pushes alert notifications identifying the Wireless Transmission: oFeatures 2.4G + 5.8G dual-band communication modules. oConfigured with a professional remote control console. oSupports the use of the remote control console. oSupports the use of the remote control console. oSupports the use of the remote control console. oConfigured with a professional remote control console. oSupports wireless video transmission with a remote control range of > 5 km and data latency < 170 ms. Chassis Architecture: oAdopts a four-wheel differential drive architecture. oSingle-wheel maximum torque reaches 2 N-m providing ample power. oObstacle Crossing & Climbing: Supports 35° gradeability (climbing angle) and can cross obstacles up to 40mm in height ensuring excellent passability.

Company Profile

Shenzhen AVIC Daji Robotics Co.

AVIC Daji brand was established in 1985, focusing on the research, development and production of end-of-pipe products for HVAC systems in public buildings. In order to make full use of the brand advantages, integrate platform resources, layout of the new robotics industry, Shenzhen AVIC Daji Robotics Company Limited was established in early 2025. The company and Northwestern Polytechnical University to carry out in-depth cooperation between industry, academia and research, aerospace, aviation and other cutting-edge technology down to the ground, and jointly set up the “pipeline corridor detection and intelligent operation technology joint laboratory”, focusing on the narrow space operation scenarios, to solve the construction industry's narrow space operation is difficult and inefficient pain points. Successfully developed narrow space operation robots with autonomous navigation and obstacle avoidance, autonomous operation and autonomous learning capabilities. Among them, pipeline inspection robots and pipeline cleaning robots have been used in Shenzhen Metro, Wuhan Metro and other major national infrastructure pipeline systems, solving the problems of high safety risks and lack of precision faced by traditional manual work. In the future, AVIC Daji Robotics Co., Ltd. will focus on the narrow space operation robot technology, continue to iterate and innovate, and launch more products and solutions to meet the needs of the industry, and help the construction industry and high-end manufacturing industry upgrade and develop in the direction of intelligence, high efficiency and green.
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