BETAFPV SuperG Nano Module

Below is a schematic diagram of the SuperG Nano transmitter.

Note: Please install the antenna before turning on the device. Otherwise, the PA chip of the SuperG Nano transmitter will be irreversibly damaged.

Below is a comparison of 3 products: SuperG Nano Transmitter, ELRS Nano TX Module, and ELRS Micro TX Module.

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Optional buttons

The SuperG Nano transmitter has 2 buttons that users can customize.

The following are specific management actions:

1 Turn on the transmitter's WiFi or turn it on and wait 60 seconds to enter WiFi mode using LUA programming;
2. The RGB indicator light will slowly flash green, indicating that the transmitter has automatically enabled WiFi (WiFi name: ExpressLRS TX, WiFi password: expresslrs);
3. Connect your smartphone or computer to the WiFi network and open a web browser. Enter http://10.0.0.1 to enter the custom button settings page;
4. In the Action section of the corresponding button, select the desired custom function. Then, in the Press and Count columns, select the button type and the number of presses or duration. Click SAVEto complete the settings.

There are currently 6 functions that can be assigned to the hotkey buttons. The buttons can be used in 2 ways: long press and short press. The duration of the long press can be customized, as can the number of short presses.

The following are 6 functions that can be set:

The table below shows the transmitter operation according to the factory settings. (The left button is button1 and the right button is button2).

Tethering and external power supply

The SuperG Nano transmitter uses the default firmware, which uses the official ExpressLRS V3.3.0 protocol without a binding phrase. Therefore, the binding receiver must also have firmware V3.0.0 or later installed and must not have a Binding Phrase set.

For optimal performance, it is recommended to place the two transmitter antennas as far apart as possible.

• Switch the receiver to pairing status and wait for the connection;
• To enter bind mode, click "Bind" in the Lua script or set a custom button;
• If the indicator turns solid, it means the device is successfully paired.

When the dual transmission power exceeds 500mW, the SuperG Nano transmitter consumes relatively much power, which shortens the battery life. To extend the transmitter's usage time, it is advisable to use an external battery as a power source.

• The power consumption of the transmitter is not only related to the transmission power, but also to the telemetry ratio. When using a large power of 500mW and above, the feedback ratio can be set to be larger to reduce power consumption and extend the use time;
• For example, when using Gemini mode, with a feedback ratio of 1:128, the power consumption is 1000 mA, while with a feedback ratio of 1:2, it is only half of 1:128.

Note: When the radio transmitter battery or external battery voltage is lower than 7V (2S) or 10.5V (3S), use 500mW and 1W Gemini mode with caution, otherwise the transmitter will enter the restart state due to insufficient power, resulting in uncontrolled disconnection.