Protocol air video drone
- #Protocol air video drone how to
- #Protocol air video drone trial
- #Protocol air video drone Bluetooth
- #Protocol air video drone zip
For 4S, 2300KV to 2600KV are commonly used, the higher KV is more aggressive and power-hungry.ĦS FPV drones are also popular (using 6S LiPo battery), and you’d probably want lower KV motors such as 1800KV. The other consideration is motor KV, we are using 2400KV in this build because we are planning to use 4S LiPo battery. For a 5″ build, motor sizes such as 2306, 2207, 2208 are all good options here.
![protocol air video drone protocol air video drone](https://cdn.shopify.com/s/files/1/2393/8349/products/f03bd2152431ebd794fbcf2757f941cc_a6eb8f64-613f-4945-a196-d6c22dc38b4f_2048x2048.jpg)
Motors these days perform very similarly, the main difference is usually the build quality. You can see my review of the Speedybee F7 V2 here. Although you can power the Vista directly from LiPo battery, it’s less likely you are going to damage it from voltage spikes when using a BEC. It’s important to get an FC that has a dedicated BEC (9V output) for the DJI Air Unit and Vista.
#Protocol air video drone Bluetooth
I selected the Speedybee F7 V2 because it’s feature-rich, it has built-in Bluetooth so that you can configure Betaflight from your phone in the field, and it’s plug and play with DJI Air Unit. I like getting an “FC stack” that consists of a flight controller board and a 4in1 ESC board, because there is minimal amount of soldering, it’s plug-and-play and it just works! The other cool thing is there are a ton of 3D printed part designs available on Thingiverse for enhancement. It also comes with a spare set of arms (different width), so if you break an arm you will have spare! Not bad for $27! This V4 HD version is designed for the DJI Air Unit and Caddx Vista. Also, because it’s open source, the design has been improved considerably over the years by the community, and it’s now compatible with the latest components. I have chosen the Source One for this build because it’s one of the cheapest frames available.
#Protocol air video drone zip
#Protocol air video drone how to
The good news is that this build doesn’t require any 3D printed parts.īut you can use 3D print parts if you want, and they can make it a lot easier to build, and it just look cooler.Īnyway I will show you all the steps how to build this FPV drone with and without 3D printed parts. I am currently working on a new build guide using 4in1 ESC and analog FPV system, which should be ready by end of April. I have other build guides using separate ESC and Frsky Receiver.
![protocol air video drone protocol air video drone](https://i.ytimg.com/vi/kGCLtgwI7GI/maxresdefault.jpg)
If you ever see an unfamiliar acronym, you can try looking it up here: Acronyms and technical terms in FPV. The goal of this article is to teach you the steps and basic knowledge of building and setting up a mini quad from scratch.īut before we begin, please make sure to read this tutorial to get a basic understanding of FPV drones: How to get started with Drone Racing and Mini Quad Either way, the journey is going to be extremely rewarding.
![protocol air video drone protocol air video drone](https://i.ytimg.com/vi/t7meYCgcgHg/maxresdefault.jpg)
#Protocol air video drone trial
When you encounter a problem, you might take advice from experienced pilots, or ultimately end up finding your way by trial and error. By building it yourself, you will learn how everything fits together and it enables you to repair it later on.īuilding your first FPV drone is going to be hard and could take hours, or even days to complete. You can buy a pre-built drone, but you won’t learn anything. And here’s an old build log from 2019 that uses separate ESC. I will be using 4in1 ESC and DJI FPV system in this build, I have another build guide for the Analog FPV system.