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CoreWing F405 WING MINI V2 Fixed-Wing Flight Controller
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CoreWing F405 WING MINI V2 Fixed-Wing Flight Controller
Prix de vente
$39.99
Prix normal
Prix normal
$39.99
Prix unitaire
par
Let customers speak for us
Easy to charge
I putchased this power bank for my Noble NB 4+ cause my Pro was so easy to charge when it needed to be charge, I just stand it up on the base and pick it up when it's done. I wouldn't have it any other way.
Glenn Priece
As always, a great buying experience.
As always, a great buying experience.
Thanks.
Yaron.B
Great frame
Great frame for the money, pretty fast shipping considering it came from over seas
OverFlowFpv
This is a must have.
Awesome, hands ands down. Easy set up and feels very sturdy.
Kyle Reed
Easy Install
Plug and play installation, just ensure that the models are backed up, import it back and bind your receivers and your good to go, nice upgrade for the original nb4.
Jerrywin Waga
Easy to fit and works!
Mark
Esta bien pero prefiero speedy
Esta bien pero prefiero speedy bee
Yunior
ST8 FLYSKY
Parfait produit conforme et livraison rapide
Frédéric Mistral
This protection frame fit well. Looks great. Thanks
David
Esta bien pero prefiero speed bee
Esta bien pero si puedes compra speedy bee
Yunior
Radio clamp
This brace for my transmitter works awesome
Ray Petrocelli
Receivers
Iam happy with the purchase everything works good
Anthony
The fit and finish is so nice. It is awesome to finally have the protection on the bottom battery as well.
Thomas
Steering wheel fpc
Thanks soarsky for the bonus, i only order 1pcs but i get 2 pcs so happy 😊😊..
Momo Momo
Nice product
Nice product
Carlos Garcia
Description
The CoreWing F405 WING MINI V2 is a compact modular flight-controller kit for fixed-wing aircraft. Its FC board, PDB and Wireless USB Extender SE combine INAV/ArduPilot support, two BECs, switchable video power and app-based ground configuration. The supplied dimensional drawing lists a 37 × 26 × 14 mm stack and 23 g including the wireless extender. Choose unsoldered headers for custom wiring or pre-soldered straight headers to reduce soldering work; every build still requires wiring checks, calibration and failsafe setup.
Contents
Key Features
- 🪶 Compact modular stack: A 37 × 26 × 14 mm footprint and separate FC, power and wireless modules suit space-conscious fixed-wing installations.
- 🛠️ INAV and ArduPilot: Use the matching MINI V2 firmware target and configure the aircraft type, output assignments and sensor calibration. VTOL requires compatible firmware and aircraft setup.
- 📱 App and USB-C configuration: The Wireless USB Extender SE provides BLE/Wi-Fi connectivity, wired USB-C tuning and CoreWing app firmware-update functions, subject to firmware and app support.
- 🔋 Two BECs, selectable video supply: The FC has a 5.2 V BEC; the servo rail is selectable between 5 V and 6 V. VTX/camera supply defaults to battery voltage, with a shared 5 V option. It is not a third independent BEC.
- 🎛️ Switchable VTX power: Configure an RC switch to turn video power off during ground setup and restore it before flight.
- 🧩 Peripheral and output expansion: Six UARTs and 12 PWM outputs accommodate compatible receivers, GPS, video systems and control surfaces. MicroSD logging is available with the documented card restrictions.
Expansion, BOOT access, buzzer control and external servo-BEC options shown in the supplied feature graphic.
VTX power switching for ground setup; configure the switch and verify video power before flight.
Version Options
Unsoldered Pins
Pin headers are left unsoldered for builders planning a custom installation.
Straight Pins Soldered
Straight headers are pre-soldered. This reduces soldering work but does not remove the need for wiring checks and flight-controller configuration.
Select the required header option above. The supplied packing graphic shows the general accessory set; the original option notes exclude the 90° header from the soldered version. Check the option-specific package when ordering.
CoreWing F405 WING MINI V2 vs SpeedyBee F405 WING MINI
The existing comparison is retained below as reference material. Competitor specifications and firmware-dependent features have not been independently verified; check current documentation for both boards before selecting hardware or copying settings.
Swipe left or right on smaller screens to compare both columns.
| Category | CoreWing F405 WING MINI V2 | SpeedyBee F405 WING MINI |
|---|---|---|
| Input Voltage | 7–28 V (2–6S LiPo) | 7–26 V (2–6S LiPo) |
| IMU | BMI270 | ICM-42688 |
| Barometer | SPA06-003 | SPL06-001 |
| FC Firmware Target (INAV / AP) | CoreWingF405WINGMINIV2 | SPEEDYBEEF405WING |
| VTX Power On/Off | Supported | Not supported |
| Dual Camera Switching | Not supported | Supported |
| Wireless Board UART | USART1 | USART6 |
| Receiver UART | USART6 | USART1 |
| VTX UART | USART3 | UART5 |
| GPS UART | UART5 | USART3 |
| UART DMA Support | USART1 + USART6 (supports more high-speed peripherals) | USART1 only |
| S1–S10 | PWM / DShot (DMA) | PWM / DShot (DMA) |
| S11 | PWM only | PWM / DShot (DMA) |
| S12 (LED port) | PWM only | PWM / DShot (DMA) |
| Wireless Board | CoreWing Wireless USB Extender SE | SpeedyBee Wireless USB Extender |
| Wireless Tuning | CoreWing app: ArduPilot expert tuning + INAV expert tuning | SpeedyBee app: INAV expert tuning + INAV Quick Setup |
| Wireless Firmware Update | Supported (CoreWing app) | Not supported |
| Wireless Modes | BLE/Wi-Fi AP (alternating green & white breathing LED), BLE/Wi-Fi STA (alternating green & purple breathing LED) | BLE (green LED), Wi-Fi AP (white LED), Wi-Fi STA (purple LED) |
Important: The existing comparison notes different PDB power-pin orders. Do not interchange the power boards or assume matching connectors have matching pinouts.
Specifications
FC Board
Processor and sensors: STM32F405, 168 MHz, 1 MB Flash; BMI270 gyro/accelerometer; SPA06-003 barometer; AT7456E analog OSD.
Serial ports: Six UARTs. The supplied port illustration assigns USART1 to the wireless board, USART2 to SBUS/other devices, USART3 to video, UART4 to telemetry/other devices, UART5 to GPS and USART6 to external ELRS/CRSF receivers.
I²C and ADC: One I²C interface for compatible compass/digital airspeed sensors. The supplied specification graphic lists three ADC inputs but names voltage, current, RSSI and analog airspeed; verify the available inputs and pad assignments before wiring.
Outputs: 12 PWM outputs: nine pin headers, two solder pads and one LED pad. The existing comparison lists PWM/DShot DMA on S1–S10 and PWM only on S11/S12; verify the selected firmware configuration.
Blackbox: SDSC/SDHC MicroSD, 4–32 GB, FAT16/FAT32; SDXC not supported. The supplied specifications state that INAV recognizes only 4 GB cards.
Indicators: Blue and green FC status LEDs and a 3.3 V power LED.
UART connection map for wireless, SBUS, video, telemetry, GPS and ELRS/CRSF peripherals.
Nine PWM headers and three additional output pads; aircraft support depends on firmware and configuration.
PDB and Power
Input: 7–28 V, 2–6S LiPo; TVS protective diode.
Current monitoring: Listed 90 A continuous / 215 A peak; INAV scale 195 and ArduPilot 51 A/V. Verify current calibration after installation.
Voltage sensing: Listed divider ratio 10K:100K.
FC BEC: 5.2 V ±0.1 V, 2 A continuous / 3 A peak.
Servo BEC: 5 V ±0.1 V, 4 A continuous / 5 A peak; selectable 5 V / 6 V via jumper.
VTX/camera supply: Battery voltage by default. The 5 V selection shares the servo BEC rather than providing an independent video BEC. Check equipment voltage and combined load before use.
Separate flight-control and power boards, with TVS protection, current sensing and two BECs.
Video-system connections and VBAT/5 V selection. Battery voltage is the default; check equipment ratings first.
Wireless USB Extender SE
USB-C, onboard buzzer, BOOT button, wireless RF status indicator and FC connection indicator support wired and app-based ground setup. The supplied graphics show BLE/Wi-Fi AP and BLE/Wi-Fi STA discovery modes, with green/white or green/purple breathing indicators. Once a BLE or Wi-Fi connection is established, the connection graphic states that the other radio is disabled. Hold BOOT for about six seconds to change modes, following the documentation for the installed firmware.
The CoreWing app supports wireless tuning and FC firmware updates where supported by the selected target and app version. The supplied range graphic mentions up to 30 m for ground tuning; actual range depends on the installation, environment and mobile device. It is not an RC control range guarantee.
Wireless USB Extender SE hardware, USB-C port, buzzer and expansion connections.
Wireless discovery modes and FC status indicators shown in the supplied guide.
Connection animation: establishing a BLE or Wi-Fi link disables the other radio according to the supplied graphic.
App-based ground tuning. The illustrated up-to-30 m figure is conditional, not a guaranteed range.
CoreWing app firmware-update workflow; choose the matching MINI V2 target.
Visual configuration screens shown in the supplied CoreWing app illustration.
Dimensions and Weight
The supplied dimensional drawing lists 37 × 26 × 14 mm and 23 g including the wireless USB extender. Installation clearance varies with header orientation and connected cables; allow room for both.
MINI V2 dimensions and the supplied 23 g weight including the wireless USB extender.
Supplied FC, PDB and wireless-board specification sheet; verify firmware-specific details before installation.
Package Contents
The supplied packing image lists the following general accessory set. Header inclusion depends on the selected soldering option.
- CoreWing F405 WING MINI V2 FC board ×1
- CoreWing F405 WING MINI V2 PDB ×1
- Wireless USB Extender SE ×1
- Custom-install shield board ×1 and standard-install shield board ×1
- 35 V 470 µF low-ESR capacitor ×1
- M2×3+3 brass standoffs ×5
- M2×6.5 brass standoffs ×5
- M2×3.5 Phillips screws ×10
- Straight pin headers (1×10) ×3
- 90° pin header (3×10) ×1 in the general packing image; original option notes exclude it from the soldered version
- White straight pin header (1×4) ×1
- 8-pin SH1.0 wireless extender cable, 160 mm ×1
- 4-pin SH1.0 analog VTX cable, 300 mm ×1
- 6-pin SH1.0 GPS cable with one unterminated end, 250 mm ×1
- 6-pin SH1.0 digital VTX cable, 300 mm ×1
- 4-pin SH1.0 to 3-pin JST1.25 camera cable, 300 mm ×1
- 4-pin single-ended Dupont cable, 150 mm ×1
GPS units, receivers, cameras, VTX units, ESCs and aircraft shown in illustrations are connection/application examples, not included items.
General MINI V2 packing list; check option-specific header inclusion for the soldered version.
Installation Notes
Check video voltage before connection: VTX/camera supply defaults to battery voltage. Select the appropriate supply and verify the output before powering equipment. The 5 V video option shares the servo BEC, so account for combined video and servo demand.
- Check battery voltage, polarity, connector pin order and each BEC output before powering the assembled system.
- Plan output mapping and total servo current, including peak loads. Use a correctly installed external BEC when the internal servo rail is insufficient, especially with retracts or other high-current loads.
- Set board alignment to match the actual mounting orientation. Follow the current firmware instructions for inverted installations rather than assuming default alignment.
- Select the matching MINI V2 firmware target. The supplied UART graphic describes reduced DFU interference, not a guarantee that every peripheral can remain connected during flashing.
- Perform sensor calibration, control-surface direction checks, output assignment and failsafe tests before flight. Wireless tuning is for ground configuration and never replaces the RC control link.
Front-side-up and back-side-up installation examples; verify physical clearance and firmware alignment.
Peripheral wiring example. External devices are not included; check their voltage and pinouts individually.
GPS and CRSF port arrangement described as reducing DFU-mode interference during firmware updates.
Product Overview Images
Detailed images appear beside their matching specifications, power, wireless, package and installation explanations above. The overview graphics below show the MINI V2 platform and general feature summary.
CoreWing F405 WING MINI V2 product overview. Application artwork is not a guarantee of firmware support for every depicted vehicle.
Supplied feature summary. App connection times and other illustrated performance figures depend on actual conditions.
Official Documentation
Visit the CoreWing knowledge base for manuals, software instructions and troubleshooting. Select the F405 WING MINI V2 documentation, not the larger WING V2 APP model, before wiring or flashing.
CoreWing documentation and troubleshooting resources; verify model-specific instructions before use.
Product FAQ
What differs between the two purchase options?
The listed options differ in header-soldering status: unsoldered pins or pre-soldered straight pins. Check option-specific header inclusion.
Does the kit include GPS, a receiver or a video transmitter?
No. Those devices appear in connection illustrations but are not listed in the supplied packing list.
Can wireless tuning replace my transmitter link?
No. Wireless configuration is for ground setup; an appropriate RC control system and verified failsafe remain necessary.
Choose the header option for your fixed-wing installation.
Confirm power requirements and complete ground testing before your first flight.
Informations sur l'expédition
🏭 Entrepôts de distribution
SoarSky gère des entrepôts aux États-Unis, en Europe et en Chine. Les commandes sont expédiées depuis l'entrepôt local le plus proche. Si le stock local n'est pas disponible, votre commande sera expédiée depuis notre entrepôt en Chine et les délais d'expédition internationaux s'appliqueront.
💰 Tarifs d'expédition
| Type | Condition | Coût |
|---|---|---|
| Livraison gratuite | Commandes de plus de 100 $ | Gratuit |
| Livraison standard | Commandes de moins de 100 $ | Selon le poids et l'adresse |
| Livraison internationale | Toutes les commandes internationales | Selon la destination et le poids |
💡 Avis fiscal : Les taxes d'importation sont couvertes par SoarSky RC pour la plupart des pays. Pour un petit nombre de pays où la réglementation locale exige que le destinataire paie les taxes, le montant est basé sur la valeur déclarée fixée par SoarSky RC.
⏱️ Délais d'expédition et de livraison
⚡ La plupart des commandes sont expédiées dans les 48 heures suivant leur passation.
| Région | Livraison estimée |
|---|---|
| National (États-Unis) | 5 à 10 jours ouvrables |
| International | 10 à 15 jours ouvrables |
* Le traitement douanier peut affecter les délais de livraison internationaux.
🚫 Restrictions d'expédition
⚠️ Important : Nous ne pouvons pas livrer aux boîtes postales, aux adresses APO/FPO ou à d'autres adresses militaires.
Certaines zones éloignées peuvent connaître des délais de livraison plus longs ou des options d'expédition limitées. Nous vous informerons en cas de problème.
📦 Suivi de commande
Une fois votre commande expédiée, vous recevrez un e-mail de confirmation avec un numéro de suivi. Suivez votre envoi via :
| Plateforme | Lien |
|---|---|
| 17Track | www.17track.net |
| Suivi de commande SoarSky | soarskyrc.com/pages/track-order-1 |
📬 Contactez-nous
Si vous rencontrez des problèmes tels que des articles endommagés ou des colis perdus, veuillez contacter notre équipe du service client dès que possible et nous nous efforcerons de les résoudre rapidement.
✅ E-mail : soaringskystore@protonmail.com