FrSky Electronic Co., Ltd
Website:www.frsky-rc.com E-mail:[email protected] Technical Support: [email protected]
Instruction Manual for FrSky XMPF3E
Specifications
Features
Software
Configuration of F3EVO
Model name: XMPF3E
Dimension: 36×36×6mm (L × W × H) with 30.5mm mounting holes
Hardware: STM32F303 CPU (72Mhz inc FPU), MPU9250 (accelerometer/gyro/compass), and BMP280 barome-
ter for F3EVO, CC2510 CPU for XM+ receiver
Weight: 7g
Channels: 16CH (8CH is RSSI) by SBUS to UART2 Rx of F3EVO
Operating Voltage Range: 4.0~10V
Operating Current: 100mA@5V
Compatibility: FrSky Taranis X9D/X9E/ Horus X12S/XJT in D16 mode
Firmware Upgradeable
Built-in F3EVO and XM+ receiver module
Features the latest Accelerometer, Gyro and Compass and Baro sensor technology.
XM+ receiver is a one-way receiver (no telemetry), it will receive the commands of Remote Control and send to
F3EVO by SBUS (8CH is RSSI) to UART2 Rx of F3EVO
6 PWM output signal lines for ESCs and Servos. Arranged for easy wiring on standard pin headers.
The F3EVO runs the open-source Cleanflight/Betaflight flight control (FC) software and firmware upgradeable
(SPRACINGF3EVO), the factory firmware is betaflight_3.0.0_SPRACINGF3EVO.
The XM+ receiver runs the software which was developed by FrSky and firmware upgradeable.
Because the XM+ receiver receive the commands of Remote Control and send to F3EVO by SBUS(16CH, 8CH is
RSSI) to UART2 Rx of F3EVO, we need set the appropriate settings on the Configurator tool.
1. In the ports, set the UART2 to be Serial RX.
2. In the Configuration, set the Receiver Mode to be RX_SERIAL and Serial Receiver Provider to be SBUS, and
disable the RSSI_ADC Analog RSSI input.
3. In the Receiver, set the RSSI Channel to be 8.
For other configurations, please refer to the Cleanflight/Betaflight.
Configuration of XM+ receiver
The configuration of XM+ receiver please refer to the manual of XM+ (www.frsky-rc.com).