Hydrogen powered multi-rotor unmanned aerial vehicle

Quad-copter is a fun toy and everybody knows about it. What they don?t know is its battery life. Battery of quad-copter drains immediately because of four powerful motors, microcontroller and flight controller. But main factor of battery drainage is motors. We are integrating fully controlled h

Project Title

Hydrogen powered multi-rotor unmanned aerial vehicle

Project Area of Specialization

Computer Science

Project Summary

Quad-copter is a fun toy and everybody knows about it. What they don’t know is its battery life. Battery of quad-copter drains immediately because of four powerful motors, microcontroller and flight controller. But main factor of battery drainage is motors. We are integrating fully controlled hot air balloon with multi-rotor unmanned aerial vehicle. This will enhance its battery life.

Due to the high consumption of voltage in Quad-rotor, it is normal for a quad-rotor to have low battery life. Due to which all the fun is lost within the couple of minutes and the machine will be grounded immediately. Due to this we are integrating A fully wireless controlled Hot air balloon with quad-rotor. Hot air balloon will be powered by Hydrogen, which is lighter than air. Further, we are controlling this machine with android Smartphone and clients don’t have to possess RF receiver.

This Fun toy will change our life in future. And it will give us huge comfort in our life.beacause of this Quad Copter we will innovate new TCS service.Quad will take Box from one place and deliver it to other place dua to artificial intellegence.

In order to make aerial vehicle airborne for longer period of time and thus, eliminating the need of repeated recharging. Also, enhancing the functions of quad-rotor for longer period of time is an essential part of this machine.

Project Objectives

Objectives of this machine are to make aerial vehicle airborne for longer period of time and thus, eliminating the need of repeated recharging. Also, enhancing the functions of quad-rotor for longer period of time is an essential part of this machine. This machine is analogous to Airships, which is the technology of future. Airships are an economic way to transportation and saving fuel resources is one of main concerns of our product.

Project Implementation Method

We are using Android Studio for controlling our machine. Application development will be implemented using Java. Java is a complete object-oriented language, which suits in fulfillment for our requirements. Arduino board will be used in making the machine just because it has all the necessary circuits built-in and thus eliminating the need for making digital circuits. Arduino IDE will be used for writing code for our machine. We will use WiFi for communication between Smartphone and our machine. Database won’t be necessary for our project, thus eliminating the need of SQLite and alike. fritzing will be used for making a prototype of our machine.

Benefits of the Project

We are making a machine which is highly robust. It can be used for aerial photography for at least an hour. It can be used for effective surveillance, as it looks like a balloon. Most importantly, it can be used as a fun toy or we can use it to transport goods from one place to another. This machine can also be used for search and rescue missions.

The huge benifit of this project is that we will be able to take parsel from one place to another. and it will give us huge relaxation and comfort in our life. 

In spite the face that we are integrating a camera with quad-copter, members of showbiz and media industry are a primary target because they have to do aerial videography. Photographers always tend to find a suitable angle for their snaps, so this project will be of their interest. Penetration testers and beta testers are also a suitable audience. Rescue teams and kids also a decent option. Inventers can also read this documentation. 

Technical Details of Final Deliverable

User will have this machine and we are assuming that user has any android device. User has to install application from play store first. Then user has to turn on the machine. Next step is to search for WiFi from Android i.e. to search for machine’s WiFi. After connecting to relative WiFi, user can use the machine. User will be provided with three options. 1st option is to use only quad-copter. 2nd option will be to use Hot-Air balloon and use propellers only for maintain balance. 3rd option is to use both quad-copter and hot-air balloon. For the 1st option user have to unplug the hot-air balloon and cylinder. There will be no updates, as this application is complete for its cause. Recharging of battery and refilling of cylinder will be done by the user as needed.

Final Deliverable of the Project

Hardware System

Core Industry

IT

Other Industries

Others

Core Technology

Internet of Things (IoT)

Other Technologies

Robotics, Others

Sustainable Development Goals

Quality Education, Decent Work and Economic Growth, Industry, Innovation and Infrastructure

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com