Three steps to build a drone! Subverting DIY drone myth

The unmanned aerial vehicle is a non-manned aircraft operated by radio remote control equipment and self-contained program control device. It can realize high-resolution image acquisition and can transmit and recover signals from various platforms. In cities that are constantly experiencing rapid change, in addition to providing logistics solutions, drones can provide a wide range of basic geographic information and law enforcement for urban planning, construction and management. So, have readers thought about making a drone? If you have this idea, please continue reading. The editor teaches you to build a drone in three steps.

Three steps to build a drone! Subverting DIY drone myth

According to foreign media reports, a Skyscraper drone manufacturer Skyworks launched an Eedu suit, zero-based can also DIY drones, want to do their own drones, I came here. .

What is Eedu?

Three steps to build a drone! Subverting DIY drone myth

Eedu is a drone set that teaches you how to make your own drone and adds multiple functions to the drone as needed. Aerial photography is just a small part of the drone function. Users can add different sensors to make the drones have different functions. More functions need to be imagined and created by users themselves.

Three steps to build a drone! Subverting DIY drone myth

The Eedu drone package includes both software and hardware. The first part is the hardware part, the main frame of the drone, the blade protection shell, 8 blades, 4 motors, 1 battery pack, 1 remote control, 1 Intel Edison chip, hex wrench and some necessary tools; In the software part, the user uses the Forge open source platform to write and run the drone program on the web side.

Three-step drone

Three steps to build a drone! Subverting DIY drone myth

The first step is to assemble the drone : the assembly is very simple and time-saving, and the tools to be used are included in the Eedu kit. Just assemble and fix the drone parts in order.

Three steps to build a drone! Subverting DIY drone myth

The second step is to enter the Forge open source platform : programming, I feel that the complicated programming partners can also download the programs written by others on Forge, and use Eedu to implement various powerful functions.

Three steps to build a drone! Subverting DIY drone myth

The third step is to fly the drone : it's too simple, Xiaobian will not say much.

Forge open source platform

Three steps to build a drone! Subverting DIY drone myth

The programming commands for maneuvering the aircraft are done on the Forge open source platform, and there are many application tools on the Forge open source platform. Flight Planner Mode: The place where the user sets the flight mode for the drone. Free mode, control the flight with remote control, Bluetooth gamepad; mission mode, use Eedu's built-in position control technology to create the desired flight mode.

Three steps to build a drone! Subverting DIY drone myth

Terminal Mode : Users can create personalized applications on the web using Java language, arduino C language, code, and run on Eedu.

Three steps to build a drone! Subverting DIY drone myth

My Forge : It's a communication community where you can watch tutorials, teach videos, and ask questions. Even if you don't understand anything, you can add functionality to your drone as long as you are willing to learn.

Three steps to build a drone! Subverting DIY drone myth

Blocks Mode : Can not be programmed, can also add ready-made, compiled applications directly to the drone.

Three steps to build a drone! Subverting DIY drone myth

LUCI flight control

LUCI is a flight control board developed by Skyworks. It is a fully integrated flight control board with all the electronic components required for the flight of the drone: brushless motor, Intel Edison chip, chip expansion interface, OTG interface, DSMX compatible radio reception. , optical flow sensor, GPS, etc.

Three steps to build a drone! Subverting DIY drone myth

Currently, Eedu assembled drones are equipped with safety mechanisms, high-end autopilot systems, advanced processors and recording systems that make Eedu easier and safer to operate.

Technical Comments: If you can make a drone yourself, that is the best. The electronic products are only enough to make their own, whether it is making a gadget or a medium-sized drone. in this way. Editors feel that high-resolution image acquisition, aerial flight monitoring, cloud platform design and remote sensing technology are more important in drones. Breaking through the technical bottleneck is crucial. What do you think of the reader?

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