This is smart!, I imagine the telemetry power can reach 1W/2W because of the module. Anyway i wanted to try this using 2 r9m Module, but i dont know where to start. How do i flash it, how do i wired the esp, and how do i bind it? The github page does not provide any instructions
RadioMaster Zorro has a nano JR bay. One would need an nano JR bay to micro JR bay adapter, which I unfortunately do not have. Optionally you could make a custom wire harness from nano JR bay to FRM303 5-pin JST GH connector.
As some ESP82 and ESP32 based receivers are supported now as well, you are in luck, e.g. see HappyModel EP1/EP2, RadioMaster RP1, RP2 or RP4TD as some of the options for 2.4 GHz mLRS.
Hi, waiting for more videos from this channel❤
This is smart!, I imagine the telemetry power can reach 1W/2W because of the module. Anyway i wanted to try this using 2 r9m Module, but i dont know where to start. How do i flash it, how do i wired the esp, and how do i bind it? The github page does not provide any instructions
Please see the documentation page: github.com/olliw42/mLRS-docu
@@ristokoiva Holyshiet, iam so blind. Thankyou so much!
Can you please show how to use on a radiomaster zorro?
RadioMaster Zorro has a nano JR bay. One would need an nano JR bay to micro JR bay adapter, which I unfortunately do not have. Optionally you could make a custom wire harness from nano JR bay to FRM303 5-pin JST GH connector.
i think on the receiver side is too big, any alternative to small receiver size?
See: github.com/olliw42/mLRS-docu#hardware
As some ESP82 and ESP32 based receivers are supported now as well, you are in luck, e.g. see HappyModel EP1/EP2, RadioMaster RP1, RP2 or RP4TD as some of the options for 2.4 GHz mLRS.
Is it just a stand, or this plane really can fly?
The small wooden plane in the video is just for demonstration - it does not fly, at least not for very long, after you toss it
Thanks XD@@ristokoiva