1/3/2024 0 Comments Build a fpv racing droneSo, if you are just starting with the racing drone then this is the type of drone you should start with and it’s very easy to build, I will share with you each and every detail. This is really a low-budget racing drone especially for the beginners like me, which you can also convert into any FPV racing drone in the future. Anyways, you can see the drone is pretty stable and it’s very controllable. For now, I will continue with these simple beginners level flights, right now I can’t even think of flips and rolls, that’s a pro-level job. No, humans and animals are harmed while making this video ).Īnyways, I continued to perform the tests, but seriously I didn’t find any problems with the drone, but there is no doubt I am a bad drone pilot and I will have to practice for a few more days before I convert this drone into an FPV racing drone. Although, I am a beginner drone pilot, but yet I am able to control it to some extent and this is just because of the perfect PID tuning. This Drone is super fast and I will have to practice more to control this mini beast. Now, let’s check the speed and the overall performance of this drone up in the air. The stability which you can see right now is just because of the PID tuning, which I will explain later in this article. I was amazed at its stability, there are no vibrations and oscillations, and I don’t see any drifting on the Roll, Pitch, and Yaw axis. In images you can’t see the performance of this racing done, I highly recommend watch my video given at the end of this article. It’s a nice cloudy day and I have to complete my final tests before it’s going to start raining. If you want to get started with the Altium designer, you can click on the get started. Interact and collaborate with mechanical designers like never before in a photo-realistic, 3D design environment. Route it your way through any angle, tune for the delay, Push, Slide, and Walkaround faster than ever. With Altium Designer you can create PCB designs with an intuitive and powerful interface that connects you to every aspect of the electronics design process. Over 35 years of innovation and development focused on a truly unified design environment makes it the most widely used PCB design solution. Altium Designer enables engineers to effortlessly connect with every facet of the electronics design process. Before, I am going to share with you the flight test results of my new racing drone, first, a few words about the sponsor of this project, for helping me purchase the required components and tools.Īltium Designer is the world’s most trusted PCB design system. So, anyway, after learning the basics and improving my piloting skills, I decided to build myself a racing drone. In my last article, I explained how to do PID settings for the Naze32 flight controller and since then I am feeling pretty confident, as I am able to fully control my Quadcopter drone, but, still, I am not able to do the flips and rolls. So, I started studying the PID values, and then finally, I learned how to PID tune a Quadcopter drone. This was due to my mistake, as I was flying my drone with the default PID settings. But the vibrations and drifting issues were hard to fix. The motors twitching problem I fixed by using branded motors and propellers. Drone drifting on the Roll, Yaw, and Pitch axis.These flight controllers are best for beginners.Īnyways, with all these flight controllers, I was facing some kind of issues that were stopping me from building this racing drone. Just go and read my articles on CC3D flight controller, KK 2.1.5 Flight Controller, and Naze32 Rev6 Flight Controller. From all these issues and damages I learned a lot of new things which I have already shared with you guys in my previous articles. Along this journey, I faced so many issues, crashed my drone so many times, burned a couple of motors, and damaged so many propellers. Before, I am going to explain how to build this racing drone first, I would like to share with you some useful information which I believe as a beginner you should know.įor the last few months, I have been using this Quadcopter frame with different flight controllers to learn the very basics and to improve my piloting skills. EMAX RS11 2306 2nd Generation 2600Kv Motors:ĭIY Racing Drone using Naze32, Puda Rooster 230, EMAX Motors 2600kv- In this tutorial, you will learn how to make a racing drone using Naze32 Flight Controller, EMAX 2 nd generation 2600kv motors, 30A ESCs, Flysky Fs-i6 Transmitter and receiver, 5×4.2 inches propellers, and the Puda Rooster 230 Carbon Fiber frame.
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