Lua script over Smart Port requires the 'uninverted' signal ('P' pad on R-XSR etc) to Tx on UART6. Don't change the telemetry CLI defaults, they are correct, ie set tlm_switch = OFF set tlm_inverted = OFF set tlm_halfduplex = ON set pid_in_tlm = OFF If your camera/VTx need 5V and you have an external source of 5V, setting the solder blob to 5V and inputting 5V at VCC input, you will get 5V on all 5V points, and the 5V out to the camera at the OSD connection will be filtered, but you will not get LiPo voltage monitoring in the OSD. If you leave the solder blob on 5V but connect LiPo voltage to VCC, you will gain OSD LiPo monitoring, but you will send filtered LiPo out to the camera, and all points marked 5V will actually be at LiPo power, not 5V!!! The safest thing is to change the solder blob to V and connect LiPo to VCC. Then all 5V points will be at 5V and LiPo voltage will be monitored, but beware that the filtered voltage out to the camera will be LiPo voltage, if your camera/VTx is 5V you'll fry it, pull 5V from somewhere else. Note also that mounting holes are 2.5mm but can be easily drilled out to 3.0mm.

Lua script over Smart Port requires the 'uninverted' signal ('P' pad on R-XSR etc) to Tx on UART6. Don't change the telemetry CLI defaults, they are correct, ie set tlm_switch = OFF set tlm_inverted = OFF set tlm_halfduplex = ON set pid_in_tlm = OFF If your camera/VTx need 5V and you have an external source of 5V, setting the solder blob to 5V and inputting 5V at VCC input, you will get 5V on all 5V points, and the 5V out to the camera at the OSD connection will be filtered, but you will not get LiPo voltage monitoring in the OSD. If you leave the solder blob on 5V but connect LiPo voltage to VCC, you will gain OSD LiPo monitoring, but you will send filtered LiPo out to the camera, and all points marked 5V will actually be at LiPo power, not 5V!!! The safest thing is to change the solder blob to V and connect LiPo to VCC. Then all 5V points will be at 5V and LiPo voltage will be monitored, but beware that the filtered voltage out to the camera will be LiPo voltage, if your camera/VTx is 5V you'll fry it, pull 5V from somewhere else. Note also that mounting holes are 2.5mm but can be easily drilled out to 3.0mm.

Lua script over Smart Port requires the 'uninverted' signal ('P' pad on R-XSR etc) to Tx on UART6. Don't change the telemetry CLI defaults, they are correct, ie set tlm_switch = OFF set tlm_inverted = OFF set tlm_halfduplex = ON set pid_in_tlm = OFF If your camera/VTx need 5V and you have an external source of 5V, setting the solder blob to 5V and inputting 5V at VCC input, you will get 5V on all 5V points, and the 5V out to the camera at the OSD connection will be filtered, but you will not get LiPo voltage monitoring in the OSD. If you leave the solder blob on 5V but connect LiPo voltage to VCC, you will gain OSD LiPo monitoring, but you will send filtered LiPo out to the camera, and all points marked 5V will actually be at LiPo power, not 5V!!! The safest thing is to change the solder blob to V and connect LiPo to VCC. Then all 5V points will be at 5V and LiPo voltage will be monitored, but beware that the filtered voltage out to the camera will be LiPo voltage, if your camera/VTx is 5V you'll fry it, pull 5V from somewhere else. Note also that mounting holes are 2.5mm but can be easily drilled out to 3.0mm.

These boards are tiny! Just be aware you can only flash these with BF at or later than 3.20 for the board OMNIBUSF4PRO and if using iNav, you'll need version OMNIBUSF4PRO and version 1.7.4 or later. Hope that helps, Matt

These boards are tiny! Just be aware you can only flash these with BF at or later than 3.20 for the board OMNIBUSF4PRO and if using iNav, you'll need version OMNIBUSF4PRO and version 1.7.4 or later. Hope that helps, Matt

These boards are tiny! Just be aware you can only flash these with BF at or later than 3.20 for the board OMNIBUSF4PRO and if using iNav, you'll need version OMNIBUSF4PRO and version 1.7.4 or later. Hope that helps, Matt

Works very well with Betaflight 3.2.0 and up. I also used a GPS and it works fine on UART 3. Frsky s.bus receiver works fine with Betaflight straight away connected to UART 6rx like instructions say.. Notes for iNav. This only works with iNav above 1.7.4 (which no longer exists), so you have to use 1.8.0 and above. The iNav firmware does NOT invert the s.bus signal. To use Frsky receivers you must do the inversion hack or build an external hardware inverter. See this site to know how to connect to the correct pin on the Frsky Rx to get un-inverted s.bus signal that does wort on UART 6 rx on this flight controller. https://oscarliang.com/uninverted-sbus-smart-port-frsky-receivers/

Works very well with Betaflight 3.2.0 and up. I also used a GPS and it works fine on UART 3. Frsky s.bus receiver works fine with Betaflight straight away connected to UART 6rx like instructions say.. Notes for iNav. This only works with iNav above 1.7.4 (which no longer exists), so you have to use 1.8.0 and above. The iNav firmware does NOT invert the s.bus signal. To use Frsky receivers you must do the inversion hack or build an external hardware inverter. See this site to know how to connect to the correct pin on the Frsky Rx to get un-inverted s.bus signal that does wort on UART 6 rx on this flight controller. https://oscarliang.com/uninverted-sbus-smart-port-frsky-receivers/

Works very well with Betaflight 3.2.0 and up. I also used a GPS and it works fine on UART 3. Frsky s.bus receiver works fine with Betaflight straight away connected to UART 6rx like instructions say.. Notes for iNav. This only works with iNav above 1.7.4 (which no longer exists), so you have to use 1.8.0 and above. The iNav firmware does NOT invert the s.bus signal. To use Frsky receivers you must do the inversion hack or build an external hardware inverter. See this site to know how to connect to the correct pin on the Frsky Rx to get un-inverted s.bus signal that does wort on UART 6 rx on this flight controller. https://oscarliang.com/uninverted-sbus-smart-port-frsky-receivers/

Works well. I used F.Port from R-XSR to TX3 pin. in Betaflight Configurator CLI: set serialrx_halfduplex = ON set serialrx_inverted = ON

Works well. I used F.Port from R-XSR to TX3 pin. in Betaflight Configurator CLI: set serialrx_halfduplex = ON set serialrx_inverted = ON

Works well. I used F.Port from R-XSR to TX3 pin. in Betaflight Configurator CLI: set serialrx_halfduplex = ON set serialrx_inverted = ON

Soft mount was not required on my 130mm quad. Running DShot1200 with no issues. Build quality is truly impressive. All the UART's i need. Just had to remap the motors in Betaflight CLI. I powered mine with vbat to the Vcc pin on the esc pwm connector. Voltage was spot on without adjustment. Had an issue with Dshot1200 in BF 3.2.0, but BF 3.2.1 fixed it. Do not bother with shorting boot pins to upgrade BF. Just run the ImpulseRC Driver fixer to put in DFU mode. I liked this board so much I bought it cheaper F3 brother, and love it as well. My go to 20mm FC.

Soft mount was not required on my 130mm quad. Running DShot1200 with no issues. Build quality is truly impressive. All the UART's i need. Just had to remap the motors in Betaflight CLI. I powered mine with vbat to the Vcc pin on the esc pwm connector. Voltage was spot on without adjustment. Had an issue with Dshot1200 in BF 3.2.0, but BF 3.2.1 fixed it. Do not bother with shorting boot pins to upgrade BF. Just run the ImpulseRC Driver fixer to put in DFU mode. I liked this board so much I bought it cheaper F3 brother, and love it as well. My go to 20mm FC.

Soft mount was not required on my 130mm quad. Running DShot1200 with no issues. Build quality is truly impressive. All the UART's i need. Just had to remap the motors in Betaflight CLI. I powered mine with vbat to the Vcc pin on the esc pwm connector. Voltage was spot on without adjustment. Had an issue with Dshot1200 in BF 3.2.0, but BF 3.2.1 fixed it. Do not bother with shorting boot pins to upgrade BF. Just run the ImpulseRC Driver fixer to put in DFU mode. I liked this board so much I bought it cheaper F3 brother, and love it as well. My go to 20mm FC.

The last part of my new quads I received from Banggod. Now only the final assembly and test.

The last part of my new quads I received from Banggod. Now only the final assembly and test.

The last part of my new quads I received from Banggod. Now only the final assembly and test.

Mini size FC with OSD for small quads. Run pidloop at full speeds. Comes standard with betaflight 3.2 and takes a 4cell lipo.

Mini size FC with OSD for small quads. Run pidloop at full speeds. Comes standard with betaflight 3.2 and takes a 4cell lipo.

Mini size FC with OSD for small quads. Run pidloop at full speeds. Comes standard with betaflight 3.2 and takes a 4cell lipo.

me da algun problema al conectar la camara quitando eso todo genial

me da algun problema al conectar la camara quitando eso todo genial

me da algun problema al conectar la camara quitando eso todo genial

plan to replace this to quad due to the detected accelerometer i got with the F3

plan to replace this to quad due to the detected accelerometer i got with the F3

plan to replace this to quad due to the detected accelerometer i got with the F3

Отличный полетный контроллер для мини коптера.

Отличный полетный контроллер для мини коптера.

Отличный полетный контроллер для мини коптера.