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GEPRC TAKER F722 45A 32Bit AIO

Price: 78.99$
Model: TAKER F722 AIO integration map

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F722 AIO port budget

Match the TAKER F722 AIO to one documented small-airframe build

TAKER F722 AIO is an interface and revision record. Processor, gyro, firmware target, serial ports, video connector, power rails, ESC identity and logging capacity must be reconciled before installation. The archived TAKER F722 45A 32Bit AIO uses an STM32F722 controller, ICM42688-P gyro, onboard blackbox storage with an unresolved 16MB/16Mb source conflict, Type-C, five UARTs, AT7456E OSD and a dedicated six-pin HD video port. Its integrated four-in-one ESC is listed for 2–6S, 45A continuous and 55A for ten seconds, with a 5V 1A BEC. Dimensions are 35 × 33.5mm, mounting is 25.5 × 25.5mm and recorded weight is 9.2g. Compatibility still depends on the exact video harness, receiver, accessory draw, firmware target and propulsion data.

Controller/storage
Power stage
Top-side product view of the square TAKER F722 AIO, showing the Type-C socket, four mounting holes and labeled edge pads.
The component-side image helps check board layout and connector orientation; it cannot verify firmware target, electrical ratings or memory capacity.
Reverse-side product view of the TAKER F722 AIO with a white six-pin plug, power-stage components and motor-edge pads visible.
This underside view is useful for matching the six-pin connection and component placement, while current capability still requires the correct revision record and test conditions.
Angled component-side view of the TAKER F722 AIO exposing board thickness, the Type-C port and raised edge solder pads.
The oblique angle clarifies mechanical access around the socket and pads; it does not establish harness pinout, installed firmware or safe propulsion load.
Accessory rail
HD interface

F722 AIO allocation table

AIO boundaryArchive detailIntegration proof
Controller/storageSTM32F722, ICM42688-P, five UARTs; 16MB/16Mb conflictFirmware target, port map and verified blackbox unit
Power stage2–6S; 45A continuous; 55A ten secondsMotor/prop row, connector, capacitor and cooling
Accessory rail5V 1A BECReceiver, navigation and video demand total
HD interfaceDedicated six-pin port and supplied adapter cablesPinout, voltage, video-system model and continuity

F722 AIO receiving sequence

  1. Verify controller label and GEPRC firmware target.
  2. Continuity-check the HD and adapter harnesses.
  3. Total every 5V accessory against the 1A rail.
  4. Match propulsion load to the selected battery voltage.
  5. Save baseline configuration and current-sensor check.

The dedicated video socket is not a universal compatibility promise

Match connector family, pin order, supplied adapter, voltage and serial assignment to the chosen HD unit. A plug that fits mechanically can still have an incompatible supply or signal arrangement.

Build a port and current budget before soldering

Allocate receiver, navigation, video control, buzzer and LEDs across the five UARTs and 5V rail. Save the board target and initial configuration, then inspect capacitor polarity and power wiring before a current-limited smoke test.

F722 AIO compatibility questions

Does the six-pin socket support every HD system?
No. Confirm connector, pin order, voltage and serial mapping for the selected unit.
Can all peripherals share the 5V rail?
Add their normal and startup loads, then keep the total within the verified board limit.
What determines safe ESC use?
Battery, motor, propeller, current profile, capacitor, conductor and cooling must be reviewed together.
Map a TAKER F722 AIO build

Send propulsion, receiver and video models to check ports, harnesses and the accessory rail.

Review FPV component and kit listings
Interface Map

TAKER F722 interface card

Keep the board revision and every electrical interface on one acceptance record.

01
Verify MCU, gyro, firmware target and delivered logging-capacity unit.
02
Map serial ports, video connector, USB, BEC and peripheral assignments.
03
Bind ESC, battery range, current evidence and cooling to the installed board.

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Related Services We Have Strong Power To Support Our Production, From Factory Environment Construction To Equipment
Configuration, All Leading To High Quality GEPRC TAKER F722 45A 32Bit AIO.
Comprehensive After-Sales Support and Technical Assistance

Comprehensive After-Sales Support and Technical Assistance

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Training Guidance for Assembly, Operation, and Basic Maintenance

Training Guidance for Assembly, Operation, and Basic Maintenance

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Professional Pre-Sales Consultation and Technical Solution Support

Professional Pre-Sales Consultation and Technical Solution Support

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Customer Reviews

   

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Review Title

Review Text

   Good Balance of Performance and Simplicity


 2025-12-30

The kit offers solid performance without being overly complicated. It’s powerful enough to be exciting, yet simple enough to maintain and repair
   Great FPV Kit for Learning and Customization


 2025-12-30

This FPV drone kit is perfect for pilots who want to learn how everything works. Assembly was straightforward, and the components feel well matched. It’s a great balance between hands-on building and solid flight performance.
   Fun Build, Even Better to Fly


 2025-12-30

The build process was enjoyable, and the flight performance exceeded my expectations. It’s rewarding to fly something you assembled yourself
   Great Value FPV Drone Kit


 2025-12-30

For the price, this kit delivers excellent value. You get quality components, a solid frame, and the freedom to build it exactly how you want
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Manufacturer Address:Quanzhou Valley Nanan Science and Technology Innovation Center, No. 89 Shijing Avenue, Shijing Town, Nanan City, Fujian Province

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