BETAFPV Air 5IN1 AIO

Air Brushless Flight Controller, the first 1S FC that utilizes the STM32G473CEU6, experienced a remarkable 55% increase in computing speed and lightning-fast response times, surpassing the F411.

Equipped with the industry-leading ICM42688P gyro and onboard 5.8G 25mw~400mw VTX, this 3.6g 5IN1 takes your drone's posture and movement accurately to the next level. Immerse yourself effortlessly in the drone world of finger-tip control.

Unmatched value and undeniable superiority with it, leave most of the competition in the dust. It will be the advanced choice for future ultralight 1S whoop drones!

Specifications:

FC

- Weight: 2.9g (4IN1 Version) / 3.6g (5IN1 Version) 

- Mounting Hole Size: 26mm x 26mm 

- CPU: STM32G473CEU6 (168MHz) 

- GYRO: ICM42688P (SPI connection) 

- Blackbox Memory: 16MB

- Sensor: Voltage&Current

- 5V BEC: 5V 3A

- USB Port: SH1.0 4-Pin

- Built-in ESC with 5A continuous

- RX: Serial ELRS 2.4G (V3.4.3) (Only 5IN1 Version)

- 5IN1 Version: FC+ESC+OSD+VTX+RX

ESC

- Input Voltage: 1S

- FC Firmware Version: Betaflight_4.5.0_BETAFPVG473

- ESC Firmware: A_X_5_96KHz_V0.19.hex for BB51 Bluejay hardware

- Signal Support: D-shot300, D-shot600

VTX

- Output Power: 25/100/200/400/PIT

- Frequency: 5.8GHz 48 channels, with Raceband: 5658~5917MHz

- Channel SEL: SmartAudio2.0

- Modulation Type: FM 

- Frequency Control: PLL 

- All Harmonic: Max -50dBm 

- Frequency Stability: ±100KHz (Typ.) 

- Frequency Precision: ±200KHz (Typ.) 

- Channel Carrier Error: ±1.5dB

- Antenna Port: 50 Ω 

- Operating Temperature: -10℃~+80℃

Attention

• Crafted for advanced pilots, the ultra-thin (0.8mm) and lightweight Air FC is engineered for maximum agility and race-winning performance. It is the definitive choice for pushing the boundaries of FPV flight.  For newcomers to FPV or those flying for entertainment, the Matrix FC is the ideal alternative. It offers enhanced durability, requires no welding, and provides a more beginner-friendly experience.

• VTX Power: Higher VTX power consumes more energy and generates more heat, reducing flight time. For better flight time in indoor scenarios, use 25~100mW power. 

• The calibrated power measured after temperature stabilization (stabilization condition: more than 60 seconds after powering on the flight controller) is: when set to 25mW, the output power is between 14dBm±0.8dBm (21mW to 30mW), which meets the normal standard. The following is the 5IN1 Air FC test data with the VTX set to 25mW, the power data is tested at different times on the R1, R3, R5, and R7 frequency points.

• Motor Wiring: Only soldering is supported for motor wiring on the flight control. Be careful to ensure the temperature of the soldering iron is maintained below 370℃ and limit the soldering duration to 1~2 seconds.