Robotics·Sep 1, 2023

Flood Relief and Rescue Bot

Rescue robot concept for flood environments, designed to move supplies and assist search operations.

Overview

This robot is designed for flood-relief scenarios where humans may not safely reach affected areas. The platform focuses on remote operation, movement over wet or unstable surfaces, and carrying small relief payloads. It demonstrates how robotics can support disaster response and emergency logistics.

Specifications

RoleSystem designer and prototype builder

MicrocontrollerArduino Mega / Arduino-class controller

SensorsOptional camera / distance sensing

ModulesMotor driverWireless control modulePayload bay

ProtocolsPWMWireless serial / RC control

Tech tagsRescue RobotRemote ControlDisaster ResponseArduinoMobility

Architecture

Remote controller sends movement commands to the robot controller. The controller drives motor channels and supports payload/auxiliary actions.

Project photos

Flood relief rescue bot — Flood rescue robot prototype

Flood relief robot side view — Robot detail view

Flood relief robot hardware — Hardware view

Implementation details

Firmware

Firmware controls drive motors, interprets remote-control commands, and can be extended for sensor feedback or camera-assisted operation.

Power

Prototype power supports drive motors and logic electronics from a portable battery pack.

Components / BOM

Arduino controller, DC motors, Motor driver, Wireless control module, Battery pack

Engineering challenges

Flood scenarios require traction, water tolerance, payload stability, and reliable remote control.

Solutions

Built a practical prototype with a simple control system and payload-oriented mechanical layout.

Results & metrics

Recognized in university project context and documented as a disaster-response robotics prototype.

Future improvements

Add waterproofing, FPV camera, GPS tracking, stronger flotation, and autonomous return-to-home behavior.

Links & files

AUST news article