Hardware
Last updated
Last updated
The Hardware screen is where you configure hardware specific-settings for your radio. It shows all physical hardware objects (sticks, pots, switches) and allows for their modifications. It is also where you can calibrate your sticks and pots. It also contains additional configuration options.
To calibrate your physical radio controls (sticks, pots, sliders, & 6-position switch), highlight the [Calibration] option and press the [Enter] button. The radio will prompt you through the calibration steps.
Selecting one of the Sticks, Pots, or Switches lines from the list will allow you to add a 3 character label to the control as well as change the type of control as needed.
Batt. Calib (Battery Calibration) - Set this value to match the transmitter battery voltage. This ensures that the displayed battery voltage is accurate.
RTC Batt - The current voltage of the RTC battery. The RTC (real time clock) battery keeps the radio's date and time accurate even when no main radio battery is present.
Check RTC - When enabled, checks the RTC battery at startup and warns you if the battery voltage is low.
Audio Mute - When enabled, puts the transmitter in mute mode until a sound needs to be played. This prevents interference noise from high-powered TX modules from coming out of the transmitter speakers.
Sample Mode (External RF)- Options are Normal and OneBit. The default setting of Normal should be used by most users. Only users of X9D+ and X7 radios may want to use OneBit mode.
Mode - mode that the bluetooth module will be used in. The options are:
--- - Off
Telemetry - used for sending telemtry data over bluetooth.
Trainer - used for bluetooth trainer mode
One a mode is selected, you will see the following information:
PIN Code - PIN code for bluetooth device in the radio (visible in Telemetry mode only)
Local addr - Identifying address of the bluetooth device in the radio.
Dist addr - Identifying address of bluetooth device that radio is connected to.
Name - the name the bluetooth device will be seen as.
Serial Port - Displays a list of available auxiliary serial ports that can be configured and used. The listed ports are based on the ports that are available in the particular radio hardware. The ports listed below are for example only and may not be present in your radio.
AUX1 - First available auxiliary serial port can be configured with the below options:
OFF - Turned off.
Telem Mirror - The same telemetry data that goes to the external module bay is sent to the serial port.
Telemetry In - Receive telemetry data over the serial port.
SBUS Trainer - Connect the Instructor and Student radios over the serial port.
LUA - Send/receive data to/from Lua script.
GPS - Receive GPS telemetry data over the serial port.
CLI - Send commands to the radio via the command line.
USB-VCP - Virtual COM Port. This is one of the options presented when connecting your radio to the PC with most radios. Is often set to 'CLI' for radios with internal ExpressLRS RF modules in order to do firmware updates.
ADC Filter - Enables or disables the ADC Filter. This filter can also be enabled/disabled per model in the model settings.
RAS - (Formerly SWR) Reflected antenna signal. Lower numbers are better, with a 1:1 ratio being theoretically the best. Not supported by all RF Protocols.
The debug section allows for testing and debugging of the analog controls and keys.
Debug Analogs - These screens will show you the data for your analog controls (Sticks, Sliders, Pots, 6-position switch). There are two views - Calibrated Analogs, Raw Analogs (5 Hz).
Debug Keys - This screen will show you the digital data for your keys, switches, trims, and the rotary encoder (roller).
Pressing the [PAGE>] button will take you to the Version screen.
Internal RF Type - Select the module type for the internal module bay. Options are: Multi, XJT, ISRM, CRSF. When CRSF is selected, you can also select the baud rate. You can read more about baud rates .
