Scribd
Upload
19 views7 pages

Drone System

Tushar, a 9th-grade student at HSS Ralamandal, proposes a project for a fast transportation system using drones. The project involves programming an Arduino microchip and integrating various components such as sensors, motors, and a GPS module to enable the drone to communicate and transport goods. The methodology outlines steps for programming motor functions, connecting a camera for location tracking, and establishing communication between the drone and the operator.

Uploaded by

kartikeyman2007
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
19 views7 pages

Drone System

Tushar, a 9th-grade student at HSS Ralamandal, proposes a project for a fast transportation system using drones. The project involves programming an Arduino microchip and integrating various components such as sensors, motors, and a GPS module to enable the drone to communicate and transport goods. The methodology outlines steps for programming motor functions, connecting a camera for location tracking, and establishing communication between the drone and the operator.

Uploaded by

kartikeyman2007
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 7

INSPIRE AWARD

BY HSS RALAMANDAL

From : TUSHAR
INTRODUCTION
• I TUSHAR THE STUDENT OF HSS RALAMANDAL SCHOOL STUDYING IN
CLASS 9TH IS PROPOSING A PROJECT FOR FAST TRANSPORTATION
SYSTEM BY DRONES.

• SO LETS START
DRONE SYSTEM
• IN THIS SYSTEM WE WILL USE SOME MICROCHIPS LIKE ARDUINO UNO
, ULTRASONIC SENSORS , PHOTON ELECTRIC SENSOR,
• , SOME PROGRAMMING IN JAVA SCRIPT LANGUAGE , IR SENSOR ,
SOME SERVO MOTORS , 4 BLDC MOTORS A RC TRANSMETER, RC
RECEIVER, GPS SYSTEM , CAMERA MOFULE
PRINCIPLE
• Drones, sometimes referred to as unmanned aerial vehicles
(UAVs), carry out tasks that range from the mundane to the ultra-
dangerous. These robot-like aircrafts can be found rescuing avalanche
victims as well as dropping off groceries at your doorstep — and
almost everywhere in between.
• Drone technology allows engineers to make more precise calculations
and deliver their projects more easily. Professionals can also use the
machines to make inspections and monitor construction sites at every
stage
METHOD
• 1ST STEP
• WE JUST HAVE TO DO PROGRAMMING IN OUR ARDUINO UNO (MICRO CHIP) AND
IN THIS PROGRAMMING WE HAVE WRITTEN ABOUT THE MOTORS OF DRONE IN
WHICH 2 MOTORS WILL SPIN IN CLOCKWISE DIRECTION AND 2MOTORS WILL
SPIN IN ANTICLOCKWISE DIRECTION TO MAINTAIN EQUILIBRIUM IN FLYING. IN
THE CASE MOVING FORWARD AND BACKWARD OUR DRONE MOTORS WILL SPIN
AT A SPEED OF 100000 RPM{ROTATION OF WINGS PER MINUTE}AND IN CASE OF
STABILITY IT WILL SPIN WITH 80000RPM

• 2ND STEP
• IN NEXT STEP WE WILL CONNECT A CAMERA TO KNOW ABOUT WHERE IS THE
DRONE SO BY USING CAMERA WE CAN GET A PRECISE LOCATION OF OUR DRONE
METHOD
• 3RD STEP
• NOW WE WILL CONNECT A GPS MODULE TO KNOW THE EXACT PIN
POINT LOCATION OF THE DRONE ANYWHERE IN THE CITY OR STATE
• NOW WE WILL CONNECT THE RECEIVER AND TRANSMITTER MODULE
TO MAKE THE DRONE COMMUNICATE WITH US AND IS THIS WAY
OUR DRONE IS READY TO FLY AND THUS NOW IT IS ABLE TO
COMMUNICATE AS WELL AS TRANSPORT GOODS ALSO FROM ONE
PLACE TO ANOTHER.
THANKS

You might also like