On this submit, I’ll share my ideas on the Flywoo GOKU F722 Professional V2 flight controller stack, obtainable in each full measurement (30.5×30.5mm) and mini (20x20mm) variations. These stacks differ not solely in mounting patterns but additionally in ESC kind. Let’s dive into these new stacks and see how they examine to rivals just like the Speedybee and GEPRC Taker funds stacks.
Be taught extra about flight controllers in my purchaser’s information: https://oscarliang.com/flight-controller/
The place to Purchase?
You should purchase the Flywoo GOKU F722 Professional V2 Stack from:
The Mini 20x20mm Stack:
Each stacks include a complete bundle, together with a number of pin cables with JST connections, rubber spacers, and O-rings, making them prepared for numerous setups.
Specs
Listed below are the detailed specs for each the GOKU F722 Professional V2 stacks (30.5×30.5mm full measurement and 20x20mm mini).
| Specification | GOKU F722 PRO V2 Stack | GOKU F722 PRO Mini V2 Stack |
|---|---|---|
| Flight Controller | ||
| Firmware (Betaflight) | FLYWOO F722PRO | FLYWOO F722PROV2 |
| Firmware (INAV) | FLYWOO F722PRO | FLYWOO F722PRO |
| MCU | STM32 F722 | STM32 F722 |
| Gyroscope | MPU6000 | ICM42688 |
| OSD | AT7456E | AT7456E |
| Barometer | DP310 | DP310 |
| Blackbox | 16MB | 16MB |
| UART | 6 | 6 |
| Motor Outputs | 8 | 8 |
| i2c SDA SCL | Sure | Sure |
| Enter Voltage | 7.4V-26V/2-6S LiPo | 7.4V-26V/2-6S LiPo |
| BEC | 10V@3A, 5V@3A, 4.5V@?A, 3.3V@?A | 10V@2A, 5V@2A, 4.5V@?A |
| Measurement | 37mm x 37mm x 8mm | 32mm x 29mm x 20mm |
| Mounting Holes | 30.5×30.5mm (M3) | 20x20mm (M2) |
| Weight | 10.6g | 6.3g |
| ESC | ||
| ESC Identify | GOKU 506S 8bit 50A ESC | GOKU G45M AM32 4in1 ESC |
| Supported Firmware | BLHeli_S and Bluejay | AM32 |
| Firmware Goal | N/A | GOKU_F4A32_PRO |
| Steady Present | 50A | 45A |
| Burst Present | 55A | 50A |
| Enter Voltage | 2-6S LiPo | 2-6S LiPo |
| ESC Protocols | DShot300, DShot600 | Dshot300, Dshot600, Dshot1200 |
| PWM Frequency | 24kHz, 48kHz, 96kHz | 24kHz-128kHz |
| Present Sensor | YES | YES |
| BEC Output | NO | NO |
| Mounting Gap | 30.5×30.5mm (M3) | 20x20mm (M2) |
| Dimensions | 42×42×4mm | 33x30x6.1mm |
| Weight | 12.8g | 6.8g |
Variations Between Speedybee and Flywoo
Right here’s a comparability desk between the GOKU F722 Professional V2 (full measurement) and Speedybee F405 V4 stacks.
| Specification | GOKU F722 PRO V2 Stack | Speedybee F405 V4 Stack |
|---|---|---|
| Worth | $79.99 | $65.99 |
| Flight Controller | ||
| INAV Help | Sure | Sure |
| MCU | STM32 F722 | STM32 F405 |
| Gyroscope | MPU6000 | ICM42688P |
| OSD | AT7456E | AT7456E |
| Barometer | DP310 | BMP280 |
| Blackbox | 16MB Reminiscence | SD Card Slot |
| UARTS | 6 | 6 |
| Enter Voltage | 2S-6S LiPo (7.4V-26V) | 3S-6S LiPo |
| Motor Outputs | 8 | 8 |
| i2c Connection | Sure | Sure |
| BEC | 10V@3A, 5V@3A, 4.5V@?A, 3.3V@?A | 5V@3A, 9V@3A, 4.5V@1A, [email protected] |
| Measurement | 37mm x 37mm x 8mm | 41.6x 39.4x 7.8mm |
| Mounting Holes | 30.5×30.5mm (M3) | 30.5×30.5mm (M3) |
| Weight | 10.6g | 11.2g |
| ESC | ||
| ESC Identify | GOKU 506S 8bit 50A ESC | SpeedyBee BLS 55A 4-in-1 ESC |
| Supported Firmware | BLHeli_S and Bluejay | BLHeli_S and Bluejay |
| Firmware Goal | N/A | J-H-40 |
| Steady Present | 50A | 55A |
| Burst Present | 55A | 70A |
| Enter Voltage | 2-6S LiPo | 3-6S LiPo |
| ESC Protocols | DShot300, DShot600 | Dshot300, Dshot600 |
| PWM Frequency | 24kHz, 48kHz, 96kHz | 24kHz, 48kHz, 96kHz |
| Present Sensor | YES | YES |
| BEC Output | NO | NO |
| Mounting Gap | 30.5×30.5mm (M3) | 30.5×30.5mm (M3) |
| Dimensions | 42×42×4mm | 45.6x44x8mm |
| Weight | 12.8g | 23.5g |
Nearer Have a look at the GOKU F722 Professional V2
From the specs, the GOKU F722 Professional V2 affords all the fashionable options you’d need on a flight controller.
Aesthetically, it’s interesting with its white PCB. It options JST connectors on the highest of the board and solder pads on the underside, providing a flexible answer for various construct preferences.
Nevertheless, inserting the solder pads on the underside makes it more durable to work with for many who want soldering. Until you ceaselessly want to interchange elements within the subject, JST connectors may not supply important advantages over direct soldering.
The board features a barometer, helpful for INAV firmware, and 16MB of reminiscence for Blackbox recording, which is useful for tuning.
Is F7 Higher Than F4?
Briefly, it actually doesn’t matter which processor you employ, the distinction between F722 and F405 doesn’t considerably impression flight efficiency for many pilots at the moment. F722 affords extra processing energy, supporting increased speeds like 8K PID loop and DShot600 whereas F405 solely helps 4K PID Loop and DShot300. Nevertheless, the sensible advantages in flight of the sooner PID loop are minimal.
The F405’s bigger reminiscence (1MB) truly may make it extra future-proof than the F722 (512KB) as firmware sizes develop, regardless of being a slower processor. Notice that Betaflight’s new cloud construct system helps handle firmware measurement, extending the lifespan of processors with smaller reminiscence, so F722 will nonetheless be supported within the foreseeable future.
To study extra about FC processors, go to this hyperlink: https://oscarliang.com/f1-f3-f4-flight-controller/
How Does Flywoo Examine to Speedybee?
Whereas the Flywoo GOKU F722 Professional V2 and Speedybee F405 V4 stacks are comparable in capabilities, the Speedybee stack is $14 cheaper and affords a extra strong ESC on paper, with increased present rankings. The Speedybee stack undoubtedly affords higher worth.
Nevertheless, the Flywoo stack has its benefits:
- The MPU6000 Gyro is most popular by many for its clear efficiency and ease of tuning.
- JST connectors cut back the necessity for soldering, simplifying peripheral connections.
- Onboard reminiscence for Blackbox logging is handy, whereas on the Speedybee you’ll want a micro SD card.
- F7 FCs simplify sign inversion for Frsky receivers, though that is much less related for ExpressLRS customers.
You should purchase the Flywoo GOKU F722 Professional V2 Stack from:
The Mini 20x20mm Stack:
Full Measurement or Mini Stack?
The GOKU F722 PRO Mini V2 Stack, with its 45A ESC, is appropriate for many freestyle 5″ FPV drones. It’s $4 cheaper, smaller, and lighter than the full-size stack. Moreover, it makes use of a 32-bit ESC working AM32 firmware, which affords increased PWM frequency choice as much as 128KHz, though this isn’t notably related for five″ drones that sometimes use 24KHz or 48KHz.
One other consideration is the gyro: the full-size FC makes use of the MPU6000, whereas the Mini FC makes use of the ICM42688-P.
Nevertheless, the full-size stack supplies extra actual property, making it simpler to work with for soldering and repairs. Moreover, the ESC has bigger FETs and higher warmth dissipation, each are indicators of a extra dependable ESC. If you’re constructing a robust drone, the full-size stack may be the higher selection.
Conclusion
I’m happy to see the market providing extra budget-friendly FC stacks with various options. The Flywoo GOKU F722 Professional V2 Stack is an interesting possibility, offering strong capabilities and considerate design with prime notch construct high quality. I hope this overview helped you select between the complete measurement and mini variations, and the Speedybee F405 V4 stacks.
