STM32F722 Processing Platform
The STM32F722 MCU provides responsive flight-control processing and flexible peripheral management for modern FPV builds.
GEPRC TAKER F722 BLS 65A V2 STACK
Flight Controller Specifications
| Flight Controller | GEP-F722-HD V2 |
|---|---|
| MCU | STM32F722 |
| IMU | ICM42688-P (SPI) |
| Air Unit Connection | Direct plug-in connection to the DJI Air Unit |
| Blackbox | 16MB onboard storage |
| USB Interface | Type-C |
| Barometer | Supported |
| OSD | Betaflight OSD with AT7456E chip |
| BEC | 5V/3A and 9V/2.5A dual independent BEC outputs |
| Firmware Target | GEPRCF722 |
| Input Voltage | 3S–6S LiPo |
| UART | 5 |
| Power Filter | Integrated LC filter |
| Dimensions | 36.85mm × 36.85mm |
| Mounting Pattern | 30.5mm × 30.5mm; Ø4mm holes become Ø3mm with the silicone shock-absorbing rings installed |
| Weight | 8.1g |
ESC Specifications
| ESC | TAKER H65_8S_BLS 65A 4IN1 ESC |
|---|---|
| Input Voltage | 3S–8S LiPo |
| Ammeter | Supported |
| Continuous Current | 65A |
| Burst Current | 70A for 5 seconds |
| Supported Protocols | DShot150 / DShot300 / DShot600 |
| Firmware Target | B_X_30 |
| Dimensions | 42mm × 45.7mm |
| Mounting Pattern | 30.5mm × 30.5mm; Ø4mm holes become Ø3mm with the silicone shock-absorbing rings installed |
| Weight | 14.9g |
Features
ICM42688-P Gyroscope
The SPI-connected ICM42688-P IMU is paired with silicone shock absorbers to support stable gyroscope performance.
16MB Blackbox
Onboard Blackbox storage records flight data for PID tuning, troubleshooting and performance analysis.
Integrated LC Filter
The onboard LC filter helps reduce electrical noise and supports cleaner power delivery to sensitive flight electronics.
Type-C USB Interface
The upgraded Type-C connector provides convenient access for firmware updates and flight-controller configuration.
DJI Air Unit Ready
A dedicated plug-in interface simplifies connection to compatible DJI Air Unit digital video systems.
65A Four-in-One ESC
The TAKER H65_8S_BLS ESC provides 65A continuous current, 70A burst current and DShot150/300/600 support.
Dual Independent BECs
Independent 5V/3A and 9V/2.5A outputs provide regulated power options for compatible FPV peripherals.
Technical Highlights
High-Performance F7 Flight Control
The GEP-F722-HD V2 combines an STM32F722 MCU, ICM42688-P gyroscope, barometer, Betaflight OSD and five UARTs to support demanding FPV configurations and compatible peripherals.
High-Current ESC Platform
The 65A four-in-one ESC supports 3S–8S LiPo input, 65A continuous current and a 70A five-second burst rating. DShot150, DShot300 and DShot600 provide digital motor-control compatibility.
Clean Power and Digital Video Integration
An integrated LC filter and dual BEC outputs help provide stable power for the flight system and compatible accessories. The dedicated DJI Air Unit connection reduces wiring complexity.
Flight Data Recording and Tuning
The 16MB onboard Blackbox records flight data for vibration analysis, PID tuning and troubleshooting, while Type-C USB provides convenient access to configuration tools.
30.5mm Stack Installation
Both boards use a 30.5mm × 30.5mm mounting pattern. The supplied silicone shock-absorbing pads help isolate the flight controller from frame vibration.
Applications
High-performance FPV racing drones
Freestyle FPV drone builds
Digital HD FPV platforms
DJI Air Unit equipped FPV drones
High-current multirotor projects
Custom FPV drone development
FPV drone repair and upgrades
OEM and ODM FPV integration projects
Compatibility
Battery
The flight controller supports 3S–6S LiPo input, while the ESC supports 3S–8S LiPo input.
Digital Video
A dedicated adapter cable supports direct connection to compatible DJI Air Unit systems.
Firmware
Use GEPRCF722 for the flight controller and B_X_30 for the ESC.
Frame Mounting
Designed for frames that support a 30.5mm × 30.5mm mounting pattern.
Motor Protocol
Supports DShot150, DShot300 and DShot600 digital ESC protocols.
Peripheral Expansion
Five UARTs provide connection options for compatible receivers, GPS modules, VTX systems and other accessories.
Voltage note: The FC and ESC have different input-voltage ratings. For 7S–8S builds, use the manufacturer-approved wiring and regulated power arrangement. Do not apply voltage outside the flight controller's specified 3S–6S input range.
Package Contents
1 × GEP-F722-HD V2 flight controller board
1 × TAKER H65_8S_BLS 65A 4-in-1 ESC board
1 × Capacitor
1 × DJI Air Unit adapter cable
1 × Flight controller adapter cable
1 × XT60 power cable
4 × M3 × 30 screws
4 × M3 × 25 screws
8 × Nylon nuts
8 × Silicone anti-shake pads
2 × SH1.0 4-pin silicone cables
1 × Camera connection cable
FAQ
What components are included in the GEPRC TAKER F722 BLS 65A V2 Stack?
The stack includes a GEP-F722-HD V2 flight controller and a TAKER H65_8S_BLS 65A four-in-one ESC, together with the listed cables, capacitor, screws, nuts and vibration-damping hardware.
What battery voltage does the stack support?
The ESC supports 3S–8S LiPo input, while the flight controller supports 3S–6S LiPo input. For 7S–8S builds, follow the manufacturer-approved wiring and power arrangement.
What is the current rating of the ESC?
The TAKER H65_8S_BLS ESC is rated for 65A continuous current and 70A burst current for up to five seconds.
Does it support a DJI Air Unit?
Yes. The flight controller provides a direct plug-in interface, and a DJI Air Unit adapter cable is included.
Does the flight controller support Blackbox recording?
Yes. It provides 16MB of onboard Blackbox storage for flight-data recording, tuning and troubleshooting.
Which firmware targets should be used?
The flight controller target is GEPRCF722, and the ESC firmware target is B_X_30.
What mounting pattern does the stack use?
Both boards use a 30.5mm × 30.5mm mounting pattern. The Ø4mm mounting holes become Ø3mm when the silicone shock-absorbing rings are installed.
What regulated power outputs are available?
The flight controller provides dual independent BEC outputs rated at 5V/3A and 9V/2.5A.
B2B Procurement FAQ
Is this stack suitable for custom FPV drone production?
Yes, provided the project's voltage, current, mounting, firmware and peripheral requirements match the listed specifications.
What should buyers confirm before ordering?
Confirm the battery configuration, motor and propeller combination, frame mounting pattern, VTX type, receiver and GPS requirements, firmware targets, cable configuration and required quantity.
What information should be included in a bulk RFQ?
Include the target quantity, drone platform, battery voltage, motor specification, firmware requirements, destination country, packaging needs, labeling requirements and expected delivery schedule.
What documents should be requested for integration?
Request the latest product specification, wiring diagram, pinout, firmware information, hardware revision details, packing information and required compliance documentation.
Can packaging or labeling be customized?
Customization availability depends on order quantity and project requirements. Provide the requested branding, packaging format, labeling content and estimated annual volume for evaluation.
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