01AIR
Flood Aerial Situational Awareness System
A mission-led aerial system for rapid flood-area observation, visual and thermal information collection, map annotation, and traceable incident records.
View systemStart with the mission. Then define the machine.
Six system families cover air, water surface, underwater, ground, drainage, and command workflows. Each system is configured against the operating environment, required task, documentation, and acceptance plan.
02SURFACE
Flood Surface Reconnaissance & Supply System
A remotely supervised surface system for floodwater route observation, sensing, and delivery of lightweight emergency or communication payloads.
View system03SUBSEA
Underwater Search & Structural Inspection Robot
A remotely operated underwater system for visual search, target observation, and inspection records around submerged infrastructure.
View system04GROUND
Fireground Reconnaissance & Suppression Robot
A tracked remote system for hazardous-area observation and a configurable interface for compliant suppression equipment.
View system05DRAINAGE
Emergency High-Flow Drainage Robot
A remotely deployed drainage system for moving accumulated water from urban floods, tunnels, and below-ground emergency sites.
View system06COMMAND
Emergency Multi-Robot Command Platform
A shared command layer for location, video, status, missions, alerts, asset records, and traceable incident evidence.
View systemTechnical definition
Specifications follow the verified configuration.
Mobility, payload, communications, environmental protection, interfaces, certification, and support can vary by project. Technical commitments are tied to the quoted configuration and current supporting evidence.
Technical project review
Define the mission before the machine.
Share the operating environment, required task, hazards, documentation, quantity, and acceptance plan for a structured configuration review.
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