After extensive testing I can provide you with some tips on my Nanolongrange V2 design. First of all, make sure you got the VTX settings right if you experience a short FPV range (if your local regulations allow). Second, a higher VTX output interferes with the GPS. Thus, power up via USB to get a quick fix and reposition the GPS module on the frame. Finally, I proof that the concept is capable of light freestyle, 21700 Li-ion battery powering and crash resistant. The .stl file for 3d printing the frame can be downloaded for free at :4818009. There is also a parts list. If you want to build this drone, check
0:00-1:10 external antenna
1:11-1:49 test external antenna 25mW
1:50-2:17 freestyle capabilities
2:18-2:29 crash resistance
2:30-3:17 step up module
3:18-3:25 test step up and whip antenna 25mW
3:26-3:36 another omni-antenna
3:37-4:03 Betaflight VTX settings
4:04-4:14 charging tip
4:15-4:24 transport case
4:25
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8 months ago 00:08:37 1
Nanolongrange V2 - single 18650 FPV drone with GPS