Amazing Open Source Raspberry Pi Pico 2 Synth, Cutting Edge Power over Skin Research, and much more!

0:00:00 / -

Watch now on YouTube Watch now

Surveillance And Reconnaissance Quadruped.

Made by ash-works / Animals / Photos & Video / Robotics / Security / Sensors

About the project

Quadruped means having four legs. So, I have designed and built a quarduped robot with four legs and a tail. It consists of 8 joints , 8 links and 1 main frame. A microcontroller and power source is fitted over it. It has proximity sensor for obstacle avoidance. A PIR sensor to sense human presence as a part of surveillance.

Project info

Difficulty: Moderate

Platforms: Adafruit, Arduino, Raspberry Pi, XBee

Estimated time: 4 days

License: GNU General Public License, version 3 or later (GPL3+)

Items used in this project

Hardware components

	Arduino Uno Rev 3	x 1
	Ultrasonic Sensor Hc-sr04	x 1
	SG-90 Servo motor	x 5
	Jumper wires	x 1
	Breadboard	x 1
	Camera module	x 1
	Weight Sensor (Load Cell) 0-3kg	x 1
	MG 90 servo motor	x 4

View all

Software apps and online services

	Arduino IDE
	Arm MBED

Hand tools and fabrication machines

	Wire stripper	x 1
	Screw driver	x 1
	Hexsaw blade	x 1

Story

SURVEILLANCE AND RECONNAISSANCE QUADRUPED

It is a four legged walking robot. It consists of 9 links and a main frame. There are servomotors at each joint. Those servos are controlled by an microcontroller . There are two sensors PIR and proximity sensor. The PIR is used for human intervention detection and proximity sensor is used for obstacle avoidance. A camera module is being fitted so the bot to be used in reconnaissance mode and capture the images beyond. There are some sensors for control and dynamics. There are sensor like ADXLxxx ie accelerometer and gyroscope, also a GPS module is being fitted. These sensor help in motion planning.

With the help of all theses the quarduped can go anywhere and do its job stealthily.

Code

QUADRUPED

#include<Servo.h>

Servo mrs,mre,mls,mle;

int als=60,ale=180,ars=90,are=0;

void setup() {
  mrs.attach(11);
  mre.attach(6);
  mls.attach(9);
  mle.attach(7);
  Serial.begin(9600);
 
  mrs.write(90);
  mls.write(60);
  digitalWrite(5,HIGH);
  digitalWrite(4,LOW);
}

void loop(){
 
  digitalWrite(5,HIGH);
  digitalWrite(4,LOW);
 
  for(ars=40,als=60;als>=0,ars<=100;als-=1,ars+=1){
    mrs.write(ars);
    mls.write(als);
    delay(35);
    }
//
 
  for(ale=150,are=10;are<=115,ale>=45;are+=1,ale-=1){
    mle.write(ale);
    mre.write(are);
    delay(20);
    }

  delay(1000);
  for(ale=45,are=115;are>=10,ale<=150;are-=1,ale+=1){
    mle.write(ale);
    mre.write(are);
    delay(20);
    }
/*    
   for(are=10;are<=105;are+=1){
    mre.write(are);
    delay(30);
    }
   for(are=105;are>=10;are-=1){
    mre.write(are);
    delay(30);
    }
*/
   
  for(als=0,ars=100;ars>=40,als<=90;ars-=1,als+=1){
    mrs.write(ars);
    mls.write(als);
    delay(35);
    }

/*  for(als=0,ars=180;ars>=130,als<=50;ars-=1,als+=1){
    mls.write(als);
    mrs.write(ars);
    delay(35);
    }

  for(ale=0,are=180;are>=130,ale<=50;are-=1,ale+=1){
    mle.write(ale);
    mre.write(are);
    delay(35);
    }
   
*/
}

Shop

Project Hub

Video

Blog

Shop home

3D printing

Single Board Computers

Development kits

Sensors

Internet of things

Robotics

Accessories

Product of the Week

Electromaker Educator

The Electromaker Show

The Electromaker Podcast

Surveillance And Reconnaissance Quadruped.

About the project

Project info