For debugging purposes you can use two or more Android devices and our Bridge Application found here. With that being said, what I recommend and what all of our in house SDK engineers do, is avoid the emulator all together and just use real test mobile devices, since any effective development requires the connection of a DJI drone anyway. In addition, we recommended that you have a lot of free RAM during the virtual device build. The good news is that, after the first initial launch, any subsequent relaunches should be instant if you're using the same virtual device. So if you change this setting to a different architecture, the emulator will technically work, however the first launch takes a very long - as in, go on an extra long lunch break. It comes with an emulator via the Android Virtual Device function. The problem is DJI's MSDK and UX SDK do not work with ARM86 architecture, which also happens to be the default and recommended virtual device setting for Android Studio. Do the same as you did with Java jdk here as well. Android-Studio Link After installing the android SDK along with the android studio, we have to set its path to environment variables. You must download the Android Emulator in order to utilize it. Now download android studio from the link below.
Developers working with DJI's MSDK and UX SDK can technically run the Android Studio emulator but.unfortunately, not very well. This is the step-by-step note that answering the question: How to install and launch Android emulator without installing Android Studio itself. Let’s move on to the steps to create Android emulators in Android Studio.
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