GEPRC GEP F722 45A AIO V2 - High Performance Flight Controller for 3-5 Inch FPV Drones

The GEPRC GEP F722 45A AIO V2 serves as the ultimate high-efficiency electronics hub for modern micro-to-mini multirotors, optimizing complex payload architectures with zero spatial clutter.

High-Speed F722 Processing Hub :

Driven by a powerful STM32F722 processor core, this AIO manages advanced Betaflight loop configurations effortlessly. It handles higher computation schedules with minimal CPU loads compared to older F4 layouts, ensuring immediate motor response profiles and ultra-smooth filtering capabilities during hard freestyle flips or tight indoor racing sweeps.

Rich 5x UART Peripheral Connectivity :

Forget about sharing or sacrificing data lines. The V2 board breaks out 5 full independent hardware UART ports, giving builders total freedom to integrate multiple electronic assets simultaneously. You can seamlessly map your primary RC receiver, autonomous GPS module, external telemetry logging line, analog/digital VTX, and specialized hardware buzzer indicators without running into hardware pin bottlenecks.

Heavy-Duty 45A BLHeli_S Power Output :

Don't let the compact size fool you. The integrated 4-in-1 electronic speed controller continuously handles a massive 45A current load (55A burst for 10 seconds), giving your 3-inch, 4-inch, or lightweight 5-inch frames massive thrust authority. Supporting advanced Dshot600, Oneshot, and Multishot timing protocols, the ESC array ensures crisp motor command translation with minimal electrical noise.

Plug-and-Play DJI Digital Integration :

Building a high-definition digital FPV platform has never been cleaner. The AIO features a dedicated, factory-installed 6-pin JST port configured specifically for the DJI O3, Avatar, or legacy Air Unit modules. This provides clean power delivery and bidirectional MSP communication lines through a single matching harness cable, removing the risk of solder pads peeling or complex wiring mistakes.

Specification :

• Brand: GEPRC

• Product Model Name: GEP-F722-45A AIO V2

• Flight Controller MCU: STM32F722

• IMU Sensor (Gyro): ICM-42688-P (SPI)

• ESC Microcontroller Core: 8BB21F16G (BLHeli_S)

• Flight Controller Firmware Target: GEPRC_F722_AIO

• ESC Software Target: G_H_30

• Input Voltage Spectrum: 2S to 6S LiPo (7.4V to 25.2V Nominal)

• Continuous Current Load: 45A

• Peak Burst Current Limit: 55A (10 Seconds threshold)

• Onboard Flash Blackbox: 16MB Memory Core

• Onscreen Display (OSD): Betaflight OSD with AT7456E Chipset

• Hardware UART Ports: 5 Full Channels (R1/T1 to R5/T5)

• BEC Power Supply Output: 5V @ 1A / 5V @ 2.5A Optimized

• Data Interface Connector: Micro USB

• Supported Motor Signal Protocols: Dshot600, Dshot300, Oneshot125, Multishot

• Integrated Hardware Filters: Onboard LC Power Filter

• Board Outer Dimensions: 32mm x 32mm

• Mounting Pattern Footprint: Standard 25.5mm x 25.5mm (M2/M3 Sockets)

• Net Hardware Weight: 8.8g

Frequently Asked Questions :

Q1: Can I mount this GEPRC AIO board straight into a standard 5-inch freestyle frame?

Ans: Yes, provided your 5-inch frame features standard 25.5mm x 25.5mm toothpick/whoop mounting slots. Many modern lightweight or dead-cat style frames include these holes to allow builders to replace bulky 20x20mm or 30x30mm stacks with a single, weight-saving AIO board.

Q2: What is the purpose of the 35V 220μF capacitor included in the retail kit?

Ans: High-voltage 4S and 6S LiPo packs generate massive electrical voltage spikes during sudden motor braking and throttle punch-outs. Soldering the included low-ESR capacitor across your primary XT30 or XT60 power leads filters out this noise, protecting the ICM-42688-P gyro and ensuring a clean video stream.

Q3: Does this F722 V2 AIO support bidirectional DShot for RPM filtering?

Ans: Yes. Since the onboard ESC uses BLHeli_S (G_H_30) hardware, you can easily flash modern Bluejay or JESC firmware targets via your ESC configurator. This unlocks bidirectional DShot, enabling Betaflight's RPM notch filtering to eliminate high-frequency airframe vibrations.

Q4: How should I orient the board during installation to prevent gyro mirroring bugs?

Ans: The board features a physical arrow indicator pointing toward the default front direction. If you need to rotate the board to make your power leads or USB port more accessible, ensure you adjust the yaw degrees alignment parameter inside the Betaflight Configuration tab accordingly.