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Autonomous Snake robot purposed for search and rescue operations. The design is intended to move with a forward lateral undulation motion. The continuum robot design relies on 3 servo motors, 2 calibrated sensors and a closed loop PID control system

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akansha-n888/snake-robot

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snake-robot

The program implements three servo motors to move a continuum robot snake purposed for search and rescue operations. The system includes a digital PID controller for closed-loop autonmous control. The circuit includes two calibrated sensors (ultrasonic and a microphone module) to provide inputs to the system. The sensors will collect information on the environment such as the distance from the target and the noise made by the target. The logic applied to this system is structured into 3 conditions (i) robot senses the target larger than the set range (ii) robot senses the target within range and is sound detected and (iii) robot senses the target that is less than the set range. The autnomous nature of the robot intends for the robot to move towards the target and detect them using an external python radar.

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General info

The purpose of this project is to implement an autonomous continuum robot using a digital PID algorithm with the Atmega328 uController

Technologies

Prototype Progress

Google Drive Shareable Link

Final Prototype

Schematic

Snake Robot Fast Prototype (Open Top View)

Circuit Setup

Set Up

Wiring Diagram

Youtube Video

Snake Robot Proof of Concept (Search & Rescue)

Status

Project is: finished

Contact

Created by @akansha-n888, Sujan Sribalan, Connor Bouwmans, Saran Gnanapandithan

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Autonomous Snake robot purposed for search and rescue operations. The design is intended to move with a forward lateral undulation motion. The continuum robot design relies on 3 servo motors, 2 calibrated sensors and a closed loop PID control system

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