I. Requirements Analysis:

During natural disasters, rescue operations face immense challenges, particularly in hazardous, demanding, and complex tasks where personnel safety is difficult to guarantee. Therefore, there is a need for equipment that can assist or replace personnel in performing these tasks to enhance rescue efficiency and ensure personnel safety. This has led to the emergence of auxiliary search robots, which possess robust obstacle-crossing capabilities, autonomous navigation and obstacle avoidance functions, as well as audio-visual transmission features, enabling them to handle rescue missions in various complex environments.

II. Product Features:

1. High Protection Rating: Achieving an IP67 protection rating ensures the robot operates reliably in harsh environments, unaffected by water, dust, and other elements.

2. Exceptional Obstacle-Clearing Capability: Capable of clearing vertical obstacles up to 280mm, climbing 360mm platforms, and ascending slopes with a gradient of up to 45°, effortlessly navigating diverse complex terrains.

3. Autonomous Navigation and Obstacle Avoidance: The robot is equipped with an advanced autonomous navigation and obstacle avoidance system, enabling it to independently plan routes, steer clear of obstacles, and ensure tasks are completed safely and efficiently.

4. Autonomous Alarm Function: When encountering danger or abnormal conditions, the robot can autonomously trigger an alarm mechanism to promptly notify rescue personnel and ensure safety.

5. Audio-Video Transmission: Equipped with high-definition cameras and audio devices, the robot transmits real-time audio-visual data from the scene, providing rescue personnel with an immediate visual understanding of the situation.

III. Application Scenarios:

1. Earthquake Rescue: Following an earthquake, auxiliary search robots can rapidly deploy to disaster zones to locate trapped individuals, provide real-time audio-visual data, and assist rescue teams in formulating response strategies.

2. Mudslide Rescue: At disaster sites such as mudslides, robots can navigate over obstacles to access areas inaccessible to personnel, locate trapped individuals, and transmit real-time footage of the scene.

3. Forest Fire Rescue: During forest fires, robots can replace personnel in entering the fire scene to conduct fire source detection and fire assessment, providing critical information for firefighting operations.

IV. Technical Specifications: