Quick Start Guide Assembly
Instructions![]()
Introduction
![]()
| 1、ND Filter 2、Camera 3、Coaxial Cable 4、Power Port |
5、Link Button 6、VTX LED 7、REC LED 8、Antenna |
9、M2 Mounting Hole 10、Micro SD Card Slot 11、VTX USB Port 12、REC USB Port |
Connection
* White line aligns with white circle connection.
This cable only needs to be connected when upgrading.
Precautions
Power consumption: 12V@1.4A; 8V@2.2A- Please consider the power supply capability of the power supply.
- When use 6s batteries, it is recommended to solder capacitors at the power input.
- It generates a lot of heat during recording, so please pay attention to airflow for heat dissipation.
Linking
- Connect the moonlight kit and the power of the goggles.
- Short press the moonlight kit and goggles linking buttons respectively, when the moonlight kit enters the pairing state The VTX LED turns red, and the goggles end is a DI… DI… DI…
- After the link is successful, the indicator light on the VTX LED turns solid green, the beeping sound on the goggles stops and the screen is displayed.
Upgrade
Please go to the official website to download the upgrade firmware, AvatarMoonlight_Sky_X.X.X.img is the Moonlight camera file, Copy to Micro SD card, be careful not to change the file name. Before upgrading, you need to connect the REC port and VTX port using the USB cable included in the package.
- The USB cable connecting REC port and VTX port (as shown in the Connection diagram)
- Copy the upgrade file to the root directory of the microSD card (delete if there are old firmware files), connect the power and wait for the VTX green light to flash.
- Press and hold the linking button for 8 seconds. When the indicator light turns red and flashes, release the button (it is normal for the indicator light to go out during the upgrade process). Please do not cut off the power during the upgrade process!
- The upgrade time is about 50 seconds. After the upgrade is successful, the VTX indicator light will flash green or stay on. The REC indicator light turns solid green.
Solutions to abnormal situations:
- If the REC indicator light turns solid blue during the upgrade process, it means the USB cable connection is abnormal. Please check whether the USB cable is connected properly or replug it.
- If the VTX indicator light changes to green flashing or solid light after long pressing the linking button without red light flashing, please check whether the firmware is correct or whether the SD card is detected.
UART
The UART function enables the VTX communicate with the flight controller, allowing the VTX obtain the flight controller information. Take Betaflight Configurator as an example to introduce the UART setting method.
- Solder the white and gray wires of the 4 pin cable to the flight controller (refer to the Connection page).

- Connect the flight controller to the Betaflight Configurator, and open the corresponding UART port (Take UART1 as an example in the figure) Check the MSP switch and click Save.

- Open the CLI command line and enter the content in red font
“set osd_displayport_device = MSP”
“set displayport_msp_serial = Y” (Where Y is one less than the number of
the serial port. e.g. Y = 2 for serial 3)
“save”
Betaflight 4.4 version settings:
![]()
- Open the corresponding uart port (Take uart1 as an example in the figure) Check the MSP switch and click Save, Check the VTX (MSP+Displayport)。

- Open the CLI command line and enter the content in red font,
“set osd_displayport_device = MSP”
“set vcd_video_system = HD”
“save”
Status indication
| REC Indicator Status | |
| USB cable not connected | Steady blue light |
| Upgrade firmware | Red light rapidly flashes and Steady red light |
| Working fine | |
| Steady green light | |
| Recording status | Green light slowly flashes |
| Camera not detected | Blue light slowly flashes |
| VTX Indicator Status | |
| Binding status | Steady red light |
| Upgrade firmware | Red light rapidly flashes and Steady red light |
| Works fine, wireless is not connected | Green light rapidly flashes |
| Works fine, wireless is connected | Steady green light |
| Device overheated | red and green lights flash alternately quickly |
| REC board signal not recognized | Green light slowly flashes |
Operating channel
| Central frequency(MHz) |
Channel]. | Channel2 | Channel3 | Channel4 Channel5 | Channel6 | Channel? | Channel8 | |
| FCC | 5660 | 5695 | 5735 | 5770 | 5805 | 5878 | 5914 | 5839 |
| CE/SRRC | 5735 | 5770 | 5805 | = | 5839 | |||
| M I C | 5660 | 5700 | = | = | 5745 | |||
Make sure you fully understand and abide by local laws and regulations before using this product. An amateur radio license may be needed in FCC regions when using channels 1,2,6or 7, as they are amateur frequency bands. Users who use the amateur frequency bands with a modified or cracked version or without a license may be punished for breaking local laws or regulations.
Precautions
- It generates a lot of heat during recording, so please pay attention to airflow for heat dissipation.
- When using the built-in EIS or using gyro data, please provide shock absorption to the camera bracket to avoid anti-shake failure.
- Automatically stops recording when the chip core temperature exceeds 100 degrees Celsius.
- The menu setting high frame rate does not support 2.7K/4K recording, and the standard frame rate does not support 1080p100fps recording.
- Cannot record while in standby mode.
- Please use high-speed U3 or above Microsd card.
- Commonly used with Avatar VTX coaxial cable, other lengths can be purchased for replacement.
- Before powering on, please install all antennas to avoid damage to components.
- When the standby mode is turned on, the power is limited to 10mW. Before taking off, you need to unlock the flight control or turn off the standby mode.
- If you use it with other 5.8GHz devices at the same time, please choose a different channel.
VTX Specification
| Model CMIIT ID Firmware name Communication Frequency Transmitter Power (EIRP) I/O Interface Sensor FOV Aperture Shutter ISO Recording resolution Max Recording Mbps Max Transmission Mbps Video format 3D DNR Gyro flow Built-in EIS Wide Power Input Power consumption Memory card type camera size VTX size VTX Installation hole distance Weight OSD Latency Antenna |
Moonlight Kit 26J44M77A322 AvatarMoonlight_Sky_X.X.X 5.725-5.850 GHz FCC: <30dBm; CE: <14dBm; SRRC: <20dBm; MIC: <25dBm ) JST1.0*4(power cable); JST0.8*6(USB microSD Card Slot; IPEX-1 Starlight sensor Max 160° F2.1 Rolling shutter 100-25600 4K@30/60fps; 2.7K@30/60fps; 1080p@100/60fps; 720p@60fps 150Mbps 50Mbps MP4 (H.264) Support Support Support 7.4V-25.2V 12V@1.4A, 8V@2.2A U3 microSD, Max 256G 19.6mmx19mm×24mm 15.3mm×34.5mm×34.5mm 20×20mm/25×25mm (M2) 38.5g (Antenna not included) Canvas mode Average delay 22ms 2 (IPEX) |
VTX Antenna
| Model Polarization Frequency range Average Gain VSWR Interface Dimension Weight |
Avatar V2 antenna LHCP 5600MHz-6000MHz 1.9dBi <1.5 IPEX-1 R15 X 45mm (without cable) 2g |
CADDXFPV Support
email: support@caddxfpv.com
This content is subject to change. Download the latest version from
https://www.caddxfpv.com
Documents / Resources
![]() | Moonlight Kit Quick Start Guide |
References
- User Manualmanual.tools
