![]() The receiver is connected to the flight controller. But you can also use it for controlling an attached camera. They must match, and your quadcopter should only respond to your controller. The transmitter and receiver are used to communicate with the quadcopter. This frame is build for using 5" propellers. The distance between the motors is 250 mm ( Q250) and the propellers should match the size of the frame. This is a so called X-Copter, and these type of frames are build for speed and acrobatical movement. In addition to these configurations, there are some other less common types. The third image shows the three mostly used configurations: The Quadcopter, the X-Copter and the Hexacopter. There are many different types and sizes of multi-rotor frames. The frame is used for holding/mounting/carying all other items. ![]() It contains, as any quadcopter, the following main parts (image 1 and 2): ![]() The Q250 quadcopter has all required items and it's sold as an DIY kit. Let's start with an example, to become familiar with all parts of a quadcopter. And at the end of this Instructable, I will give a list of all materials used. This makes it possible for anyone, with the help of this Instructable, to make a similar quadcopter. I also opted for commonly available items. That's why I've tried to minimize the number of required parts. I have taken into account that everyone should be able to build this quadcopter. I am therefore grateful that Gearbest has left me completely free while creating this Instructable. In retrospect quite a lot for someone without "flight experience".
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