Drones are taking over several markets right now. They have replaced numerous video-shooting devices and cameras successfully and keep on advancing even further. With so many options available on the market, one can easily find a drone that suits their individual needs. However, what if you need a personalized gadget or within a certain budget? Well, sure, you can order it from some drone-making company to make your tailored drone. But, we offer a better alternative – build your drone! And click here if you want to make money with your drone.
While it may sound complicated at first, building a drone at home is quite realistic, possible, and even cost-efficient if done correctly. As there are numerous ways you can design a drone with various specifications and functionalities, design options, your building capital, etc., we will not cover each methodology separately. Instead, we will provide a step-by-step guide to building a universal drone and could apply to any design or parameter.
Everything You Need For Building A Drone
Before you start figuring out the drone’s procedure, you have to consider if your purchasing list fits within your budget. Usually, an average 3 to 5-inch prop size DIY drone will cost 300 to 500 US dollars. Of course, it all depends on the quality of the material that you purchase for building your drone. If you plan to arrange a larger drone or with supreme quality, then expect to spend more than 1000 US dollars. You will need the following items for your drone building:
- Brushed motors (brushless motors for larger drones)
- The frame of the drone (tricopter, quadcopter, hexacopter, or octocopter frame)
- Carbon propellers
- Electronic speed control
- Camera (analog or digital) / Gimbal
- Cables and connectors
- The flight controller (with or without GPS)
- Lithium-based batteries
- RC receiver
- Micro SD card (best to have 64 GB)
- Mounting pad (depending on drone frame)
A Step-By-Step Guide To Constructing Your Drone
So you have got all of your parts and are ready to start arranging your very first done. We will go through each step in detail to save you time searching for additional questions on the internet. However, if you are unsure how your drone should look or which drone frames to choose from, you can always look at DJI drones and try to make similar visuals/features within the limits of your budget.
Build A Drone Frame
You can buy a ready-made drone frame or construct it yourself. However, if you decide to build the frame yourself, be sure to use stable materials like wood, plastic, or metal to hold the structure and shape. The structure depends on the drone frame type that you choose.
For example, a tricopter drone is built with one tilting or two tilt-pod-equipped motors allowing it to stay level while moving a position. Many quadcopter drones have an X shape and thus require different structuring, etc. For quadcopters, you would need to make an X-shaped frame with four propellers attached to each end.
Arrange Drone Motors
You will need to cut holes in your drone frame. These holes will host your drone motors. You will need to use screws and a screwdriver to fix the engines within these holes. You can also use the mounts that usually come with a drone kit, which makes fixing the motors to the frame much simpler. Once again, the number of motos required for your drone depends on the type of drone you are building and the structure.
Some of the best drone producers that often appear on top of the list of best drone company stocks will use four brushless drones as their drones are way larger than most DIY ones. However, you can use four brush motors if you are building a quadcopter drone.
Attach Your ESCs
After you fixate your motors to your drone frame, you will need to add Electronic Speed Controllers (ESC). The amount of ESCs depends on how many engines you have placed within your drone frame.
If you build a quadcopter drone with four motors, you will need to set four Electronic Speed Controllers. Make sure that you mount your ESCs to the bottom of the frame of the drone. This way, you can leave space for more components to be added on top of the drone.
Mount Your Landing Gear
The landing gear is essential for every drone. It is used for absorbing the force and thus the shock that a drone receives when it lands on solid ground. Without proper landing gear, your drone would break down in a single landing.
Don’t spare money on high-quality landing gear, as it will save you a lot of time and money on costly repairs if your drone gets in an accident. The best material for landing gear is usually plastic since it is flexible but not easily breakable.
Attach Your Flight Controller
Flight controllers are what keep drones stable while they move in the air. It can handle resistance due to shifts and wind strength or direction changes. Even though you can build your flight controller in a few tries, we recommend you purchase a ready controller since it is a crucial drone element and might backfire if constructed improperly.
Attach your flight controller on top of your drone but add a piece of sponge below the controller. The sponge will reduce the vibrations that a drone produces while moving.
Connect LibrePilot To The Drone
LibrePilot is the special software often found within drones which has an important purpose – it lets you control and tests the drone. Before you use the LibrePilot, you need to connect your flight controllers with Electronic Speed Controllers. Afterward, you have to click the drone to the remote control, as well.
However, this process is flight controller-specific, and depending on the controller you have, the procedures may vary. Whenever you set up all the connections, LibrePoint can be connected to the drone.
Congratulations – You Have A Drone!
You have set up your drone, and it is time to take it for a spin. The process that we have covered in the article takes time and expertise or online searching. However, it does pay off in the end. However, keep in mind that the first drone was barely lifting two feet off the ground.
It underwent hundreds of years of development to achieve the efficiency and features that we currently observe. The history of drones can serve as your motivation to start building your DIY drone. There are hundreds of people like you and me who have succeeded.