A square electronic microcontroller board with a black PCB, gold-plated pins, a USB-C port, and silver metal corner brackets, photographed on a clean white background.
A square electronic flight controller board with a black PCB, gold-plated pins, a USB-C port, and mounting brackets on a white background.
A square electronic circuit board with integrated circuit chips, capacitors, and metal terminal clips on a clean white background.
A square electronic circuit board with multiple white USB-C ports, integrated circuit chips, capacitors, and silver metal loop connectors at the corners, photographed on a clean white background.
A square electronic microcontroller board with a black PCB, gold-plated pins, a USB-C port, and silver metal corner brackets, photographed on a clean white background.
A square electronic flight controller board with a black PCB, gold-plated pins, a USB-C port, and mounting brackets on a white background.
A square electronic circuit board with integrated circuit chips, capacitors, and metal terminal clips on a clean white background.
A square electronic circuit board with multiple white USB-C ports, integrated circuit chips, capacitors, and silver metal loop connectors at the corners, photographed on a clean white background.

ZeniRace F722/F405 V2 Flight Controller

SKU: ZR4V2-032FC

$78.99 $51.99
/
  • Upgraded for More. Built for 12S：Enhanced solder pads for easier installation, plus upgraded 2–12S voltage support for more demanding FPV builds.
  • High-Speed Processing：Choose F722 216MHz or F405 168MHz for responsive and reliable flight control.
  • 5 UARTs：Connect GPS, receivers, digital FPV systems and more without sacrificing expansion.
  • Dual BEC Power：5V/2.5A and 12V/2.5A outputs provide stable power for your FPV electronics.
  • ICM42688 Gyro：Precision motion sensing for confident control and responsive flight performance.
  • DJI O3/O4 Ready：Designed for straightforward integration with modern digital FPV systems.
  • Built for Reliable Flights：TVS surge protection, 16MB Blackbox and flexible connectivity for demanding FPV builds.
Model
Build Compatibility
Check your build
✓ 5"–7" FPV
✓ 2S–12S LiPo
✓ 30.5×30.5 mm / M4
Compatibility details ↓
Build Size 5"–7" FPV
Battery 2S–12S LiPo
Mounting 30.5×30.5 mm / M4
Video System DJI O3 / O4 / Walksnail / Analog
Firmware Betaflight
Best For Freestyle / Racing / Long Range / Cinematic

Complete Your Build

ZeniRace 60A/65A/70A AM32 4-in-1 ESC
ZeniRace 60A/65A/70A AM32 4-in-1 ESC
$54.99
ZeniRace 80A/100A 4-in-1 ESC
ZeniRace 80A/100A 4-in-1 ESC
$85.99

Secure Checkout

Pay securely with
PayPal

Trusted Delivery

🚚 Free Worldwide Shipping
📦 Tracking Available
🌎 Ships to US & EU

Product Guarantee

✓ 30-Day Money Back Guarantee
✓ 12-Month Warranty
✓ Technical Support
SHOP BY BUILD

Compatible Builds

See where this component fits and explore complete recommended configurations.

Based on selected variant: F405 V2
A close-up of a black quadcopter drone with orange accents and a mounted camera, resting on a dark textured surface with dramatic golden-hour lighting.
RECOMMENDED CONFIGURATION

5" Freestyle

6S
Balanced 6S FPV configurations for freestyle and high-performance flying.
✓ See recommended 5-inch configurations using compatible ZeniRace hardware.
Explore Build
A black quadcopter drone with a camera mounted on its gimbal, flying over a scenic mountain landscape with a river below.
RECOMMENDED CONFIGURATION

7" Long Range

6S / 8S
Higher-current configurations designed for long-range and endurance-oriented FPV builds.
✓ See recommended 7-inch configurations and component combinations.
Explore Build
A large professional drone with a mounted camera and gimbal is flying over a mountainous landscape during sunset or sunrise.
RECOMMENDED CONFIGURATION

Cinelifter

HIGH LOAD
High-load configurations for professional camera payload and demanding propulsion systems.
✓ See recommended Cinelifter configurations for compatible high-current hardware.
Explore Build
i Always verify motor KV, prop size, battery voltage, current draw and payload requirements before finalizing your build.
ZeniRace F722/F405 V2 Flight Controller
ZeniRace F722/F405 V2 Flight Controller
$51.99
$51.99
Technical dimension drawing of an electronic circuit board, showing front, top, and side views with measurements labeled 36.8mm, 30.

Engineered for Every Flight

A compact electronic microcontroller board with a USB-C port, standing upright on a dark surface against a black background.

The Brain of Your FPV Build.

More power. More flexibility. Built for what's next.

A small black electronic flight controller board with gold-plated pins and a USB-C port, shown in a close-up macro shot among other drone components on a dark background.

More Voltage. More Possibilities.

Upgraded from 2–8S to 2–12S for greater power system flexibility.

A close-up of a black electronic circuit board with gold-plated connectors and components, featuring a central STMicroelectronics STM32F722 microcontroller and a USB-C port, set against a dark background.

Upgraded for Easier Builds.

Enhanced solder pads designed for a more builder-friendly installation experience.

Close-up of a black electronic circuit board with gold hexagonal pads, a large central processor chip, and white printed labels on a dark textured background.

Choose Your Performance.

F722 or F405. Built for responsive FPV control.

A small electronic microcontroller board with gold-plated pins and a USB-C port, standing upright on a dark workbench with a blurred laptop in the background displaying code.

Analyze. Tune. Improve.

16MB of onboard Blackbox memory for flight data analysis.

ZeniRace F722/F405 V2 Flight Controller FAQ

The V2 introduces two key upgrades:
Upgraded honeycomb solder pads for a more builder-friendly installation experience
Expanded input voltage support from 2–8S to 2–12S, giving you more flexibility for different FPV and high-voltage builds

The main difference is processing performance.

F722: STM32F722 MCU, up to 216MHz

F405: STM32F405 MCU, up to 168MHz

The F722 version is ideal for pilots who want additional processing headroom, while the F405 version offers reliable performance for a wide range of FPV builds.

The ZeniRace F722/F405 V2 supports DC 7–60V (2–12S) input voltage.

Compared with the previous generation's 2–8S support, the V2 offers expanded compatibility for higher-voltage and more demanding FPV builds.

The V2 features an upgraded honeycomb solder pad design designed to provide a more convenient and builder-friendly soldering experience.

This makes the flight controller better suited for FPV pilots building, repairing, or customizing their drone electronics.

The ZeniRace F722/F405 V2 provides 5 UARTs.

This gives you more flexibility when connecting compatible peripherals such as:

Receivers

GPS modules

Digital FPV systems

Telemetry devices

Other FPV accessories

Yes. The flight controller supports compatible DJI O3 and O4 Air Unit connections, making it suitable for modern digital FPV builds.

The board includes two BEC outputs:

5V / 2.5A

12V / 2.5A

These outputs can power compatible FPV electronics such as receivers, cameras, VTXs, GPS modules, and other peripherals.

The ZeniRace F722/F405 V2 supports:

CRSF

SBUS

IBUS

DSM

This allows compatibility with a range of popular FPV receiver systems.

Yes. It features 16MB onboard Blackbox memory.

Blackbox logging can be used for:

Flight data analysis

PID tuning

Troubleshooting

Performance optimization

The ZeniRace F722/F405 V2 is equipped with an ICM42688 gyroscope for flight motion sensing and Betaflight flight control.

Yes. The flight controller supports:

Analog FPV systems, with an AT7456E OSD chip

Digital FPV systems, including compatible DJI O3/O4 Air Units

The board provides up to 8 motor output channels, offering flexibility for compatible multirotor configurations.

Yes. The ZeniRace F722/F405 V2 includes TVS surge protection to help protect the electronics from voltage spikes.

The ZeniRace F722/F405 V2 is designed to support Betaflight firmware.

The Flight Controller uses a standard:

30.5 × 30.5mm mounting pattern with M4 mounting holes

This makes it suitable for compatible standard-size FPV frames.

Yes. The combination of high-performance MCU options, ICM42688 gyro, 5 UARTs, dual BEC outputs, Blackbox logging, and DJI O3/O4 compatibility makes it suitable for freestyle FPV builds.

Yes. With expanded 2–12S input voltage support, the V2 offers more flexibility for compatible high-voltage FPV and custom multirotor builds.

Choose F405 if you want reliable performance for mainstream FPV freestyle and racing builds.

Choose F722 if you want higher processing performance and additional headroom for more advanced configurations and multiple connected peripherals.

You may also like