Build Your Own Drone - A Guide for Beginners

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Discussion Overview

The discussion revolves around building a custom drone, focusing on design, control systems, video transmission, and material selection. Participants explore various aspects of creating a flying robot, including technical challenges and resources for beginners.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Homework-related

Main Points Raised

  • One participant expresses a desire to create a flying robot and seeks advice on video transmission and materials for building a drone.
  • Some participants suggest purchasing off-the-shelf drones instead of building from scratch due to the complexity involved, particularly with control systems.
  • Others propose using existing drones for controls and data transmission while redesigning them to fit personal specifications.
  • Concerns are raised about the range of Wi-Fi for video transmission, with suggestions for using analog video transmission hardware.
  • Participants share resources for learning about drone design, including websites for components and control systems.
  • One participant inquires about building a custom airframe and seeks advice on software for designing their drone.
  • Suggestions include using balsa wood for the airframe and exploring rapid prototyping methods.

Areas of Agreement / Disagreement

Participants express differing views on whether to build a drone from scratch or purchase an existing model. There is no consensus on the best approach to video transmission or the most suitable materials for the airframe.

Contextual Notes

Participants mention various technical challenges, including control systems and video transmission, without resolving the complexities involved. The discussion includes references to specific tools and resources that may vary in effectiveness based on individual needs and expertise.

Who May Find This Useful

Individuals interested in drone building, hobbyist engineers, and those exploring custom design in robotics may find this discussion relevant.

Jarfi
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I've been having this urge to create my own flying robot, quadrotor or something similar with motors and rotating blades, I've thought up how it would fly, turn, and be powered.

Still some problems like, I wanted to connect a camera to it, but how do I transmit video over distance, is the internet the best solution? I also planned to use a normal remote controller I had for a remote controlled boat, And than making the antenna better so it can work to better distances.

But are there any websites where I can buy materials, where can I buy materials to create my OWN machines, and where are there guides for programming and such.

I'd love to study engineering, but I'm going for physics so this kind of is forced to be just a hobby, unless I study both witch is probably impossible.
 
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Why not buy an off-the-shelf one instead? Designing one from scratch can be a very complex problem, especially from a control system standpoint.
 
Mech_Engineer said:
Why not buy an off-the-shelf one instead? Designing one from scratch can be a very complex problem, especially from a control system standpoint.


yes well that was the main problem, I have thought up a design I love, with camera placement and stuff, but it's just control system and programming that ****s with me.
 
You could always buy one for the controls and data transmission/recieving and redesign it (and add to/edit the controls as needed)
 
Travis_King said:
You could always buy one for the controls and data transmission/recieving and redesign it (and add to/edit the controls as needed)

Yes that sounds pretty good, but how would one transmit video over perhaps a kilometer, I've thought of the internet and wifi, is transmitting video from a camera over to you pc hard?
 
Wifi won't have the range you want without directional tracking antennas. You're probably going to have to use some sort of analog video transmission hardware, similar to what's already used in OTS drones.
 
Mech_Engineer said:
Wifi won't have the range you want without directional tracking antennas. You're probably going to have to use some sort of analog video transmission hardware, similar to what's already used in OTS drones.

That sounds expensive, but maybe I can order said equipment on the internet. The reason I want to do it myself is because I want to make a prototype of my own design, it's not a quadrotor.
 
Here is a website dedicated to having a camera attached to your aerial vehicle and wireless telemetry for it (FPV): http://www.fpvpilot.com/Pages/GettingStartedinFPV.aspx

Control system? Here is an easy off the shelf solution: http://www.diydrones.com/notes/ArduPilot/

Website to learn more about designing and building a quadrotor: http://www.instructables.com/id/Quadrotor/

You will need some sort of long range transmitter/receiver package. Something like this I recommend as the absolute minimum: http://www.spektrumrc.com/Products/Default.aspx?ProdId=SPM5510

You will have to take all these pieces of information and place them in your design. You won't be able to provide solutions for high data video transmission or design an embedded control system on your own without a suitable education. Good luck.
 
Last edited by a moderator:
Also, check out this user's YouTube channel for ideas and links for components: http://bit.ly/QsRiYZ
 
  • #10
Jarfi said:
That sounds expensive...

It won't be the most expensive part of your setup, especially when you look into flight control electronics.
 
  • #11
viscousflow said:
Here is a website dedicated to having a camera attached to your aerial vehicle and wireless telemetry for it (FPV): http://www.fpvpilot.com/Pages/GettingStartedinFPV.aspx

Control system? Here is an easy off the shelf solution: http://www.diydrones.com/notes/ArduPilot/

Website to learn more about designing and building a quadrotor: http://www.instructables.com/id/Quadrotor/

You will need some sort of long range transmitter/receiver package. Something like this I recommend as the absolute minimum: http://www.spektrumrc.com/Products/Default.aspx?ProdId=SPM5510

You will have to take all these pieces of information and place them in your design. You won't be able to provide solutions for high data video transmission or design an embedded control system on your own without a suitable education. Good luck.



Thanks a lot, but how would I go around and build my own airframe? prefferrably from light materials like plastic and aluminum, I have the shape thought up but would probably need to draw it in a program, but is there a service that can custom make parts you ask them to do? can you buy things like that? because I can't mold plastic myself.
 
Last edited by a moderator:
  • #12
Of course there are lots of machine shops and engineering services around the world that could fabricate things for you, but if you're worried about the cost of some off-the-shelf video transmitting equipment I don't think you'll like the quotes for fabrication costs either...

I think your best bet is to learn how to make a custom airframe out of balsa wood and molded plastic. Check out some RC plane forums for tips on how to build a small aircraft from scratch.
 
  • #13
Mech_Engineer said:
Of course there are lots of machine shops and engineering services around the world that could fabricate things for you, but if you're worried about the cost of some off-the-shelf video transmitting equipment I don't think you'll like the quotes for fabrication costs either...

I think your best bet is to learn how to make a custom airframe out of balsa wood and molded plastic. Check out some RC plane forums for tips on how to build a small aircraft from scratch.

balsa wood sounds good, but is there a program, cheap or free where I can draw my design, motors, battery placement, aiframe etc, like you see in youtube videos. Where I can simply make a virtual copy of my design, than work from that, because i want to get this accurate
 
  • #14
Jarfi said:
That sounds expensive, but maybe I can order said equipment on the internet. The reason I want to do it myself is because I want to make a prototype of my own design, it's not a quadrotor.

If its not a quadrotor, what will it be. You may need to build a control system? For building the airframe, look into rapid prototyping methods. For creating a computer model checkout Google SketchUp. I think it is free.
 

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