Aocoda-RC F760 V2 Stack

Short Description:

The Aocoda-RC F760 V2 stack combines an F722 V2 flight controller and 3060 AM32 60A 4-in-1 ESC for 3-6S FPV racing and freestyle builds.


  • Product Name: Aocoda-RC F760 V2 Stack
  • Product Type: F722 Flight Controller and 4-in-1 ESC Stack
  • MCU: STM32F722RET6, 216 MHz, 512 KB Flash
  • Gyroscope: ICM42688P (SPI1)
  • Barometer: SPL06-001 (I2C)
  • OSD Chip: AT7456E (SPI2)
  • Firmware: Betaflight / INAV / ArduPilot (ChibiOS)
  • Firmware Target: AOCODARCF722V2
  • ESC Specification: 3060 AM32 32-bit 4-in-1 ESC, 60A Continuous ×4, 3–6S LiPo
  • Mounting Pattern: M3, 30.5 × 30.5 mm

Product Detail

FAQ

Technical Highlights

STM32F722 Flight Controller

The F722 V2 flight controller uses an STM32F722RET6 processor running at 216 MHz with 512 KB of flash memory. It is paired with an ICM42688P gyroscope, SPL06-001 barometer, AT7456E OSD chip and 16 MB blackbox memory.

3060 AM32 60A 4-in-1 ESC

The included 32-bit 3060 ESC supports 3–6S LiPo power systems and provides a specified continuous current rating of 60A across each of its four motor outputs.

Analog and Digital FPV System Support

Dual camera inputs, analog video connections and spare-UART support for DJI FPV OSD provide flexible integration options for different FPV video configurations.

Standard 30.5 mm Stack Format

Both boards use an M3 30.5 × 30.5 mm mounting pattern. The supplied dimensional drawing shows a 13 mm assembled stack height for integration into compatible FPV frames.

Flight Controller Specifications

Flight ControllerF722 V2
MCUSTM32F722RET6, 216 MHz, 512 KB Flash
GyroscopeICM42688P (SPI1)
BarometerSPL06-001 (I2C)
OSD ChipAT7456E (SPI2)
Blackbox Memory16 MB (SPI3)
Motor Outputs8 channels
UARTs5
BEC Outputs5V / 2.5A and 9V / 2.5A
USB InterfaceUSB Type-C
FC Input Voltage12.6–33.6V, 3–8S LiPo
FirmwareBetaflight, INAV and ArduPilot (ChibiOS)
Firmware TargetAOCODARCF722V2
FC Dimensions37 × 37 mm
FC Weight9.4 g

ESC Specifications

ESC Model3060 AM32 32-bit 4-in-1 ESC
Input Voltage3–6S LiPo
Continuous Current60A ×4
TelemetrySupported
Current SensorSupported
Amperage Meter Setting172, as specified in the supplied product material
BEC OutputNone
Input SignalsDShot300, DShot600, bidirectional DShot and PWM
ESC Firmware Files ShownAM32_AORC_K_A_F421_2.16.hex; AocodaRC-BL32-4IN1-60A-Rev.32.10
ESC Dimensions41 × 44.5 mm
ESC Weight13.9 g
Mounting PatternM3, 30.5 × 30.5 mm

Interfaces and Connections

UART1Receiver
UART2GPS
UART3VTX
UART4ESC
UART5Optional peripheral
Receiver SupportELRS, CRSF, S.BUS, FrSky, Futaba, FlySky, TBS Crossfire and DSMX
Camera InputsDual camera inputs with switching support
Video System SupportAnalog VTX and DJI FPV OSD through an available UART
Additional InterfacesLED strip, buzzer and user IO support

Physical Specifications

FC Dimensions37 × 37 mm
ESC Dimensions41 × 44.5 mm
Assembled Stack Height13 mm, as shown in the supplied dimensional drawing
Mounting PatternM3, 30.5 × 30.5 mm
FC Weight9.4 g
ESC Weight13.9 g

Installation Notes

  • Operate the complete stack within the ESC-supported 3–6S LiPo range, even though the standalone flight controller supports up to 8S input.

  • Select the AOCODARCF722V2 firmware target when configuring the flight controller.

  • The supplied wiring diagram specifies an amperage meter setting of 172. Verify current-sensor calibration in the completed aircraft before relying on current readings.

  • Confirm motor order, rotation direction, receiver protocol and UART assignments before the first powered test.

  • Observe the correct polarity when installing the supplied 35V 1000µF capacitor and XT60 power lead.

Recommended Applications

  • 3–6S FPV racing drones

  • 3–6S freestyle FPV builds

  • Multirotors using an M3 30.5 × 30.5 mm electronics stack

  • Analog or compatible DJI digital FPV configurations

Package Contents

  • 1 × F722 V2 flight controller

  • 1 × 3060 32-bit 60A 4-in-1 ESC

  • 1 × 8-pin SH1.0 connection cable

  • 8 × M3 × 8 mm shock-absorbing balls

  • 1 × 35V 1000µF solid-state electrolytic capacitor

  • 1 × XT60 power cable

  • 8 × Nuts

  • 4 × M3 × 30 mm metal screws

FAQ

What battery voltage does the F760 V2 stack support?

The complete F760 V2 stack should be operated with a 3–6S LiPo battery because the included 3060 ESC is rated for 3–6S operation. The standalone F722 V2 flight controller supports 3–8S input.

Which flight controller firmware target should I select?

Select AOCODARCF722V2. The flight controller is specified for Betaflight, INAV and ArduPilot ChibiOS firmware using this target.

Which sensors are installed on the F722 V2 flight controller?

The flight controller uses an ICM42688P gyroscope, SPL06-001 barometer and AT7456E OSD chip. It also includes 16 MB of blackbox memory.

What is the continuous current rating of the ESC?

The 3060 32-bit 4-in-1 ESC is specified for 60A continuous current per motor channel. A verified peak-current rating is not provided in the supplied material.

Does the ESC support telemetry and bidirectional DShot?

Yes. The supplied specifications list telemetry support together with DShot300, DShot600, bidirectional DShot and PWM input signals.

What mounting pattern does the stack use?

The flight controller and ESC use an M3 30.5 × 30.5 mm mounting pattern. The flight controller measures 37 × 37 mm, while the ESC measures 41 × 44.5 mm.

Which receivers can be connected?

The flight controller supports receiver systems including ELRS, CRSF, S.BUS, FrSky, Futaba, FlySky, TBS Crossfire and DSMX. UART1 is identified as the receiver connection in the supplied wiring diagram.

Does the stack support analog and DJI FPV systems?

Yes. The board provides analog video connections, dual camera inputs and DJI FPV OSD support through an available UART. Confirm the required wiring and supply voltage for the selected video system before installation.

What is included with the F760 V2 stack?

The supplied package list includes one F722 V2 flight controller, one 3060 60A 4-in-1 ESC, one 8-pin SH1.0 cable, eight shock-absorbing balls, one 35V 1000µF capacitor, one XT60 power cable, eight nuts and four M3 × 30 mm screws.

B2B Procurement FAQ

Which product details should be confirmed before placing a bulk order?

Please confirm the exact F760 V2 model, Bluetooth or non-Bluetooth option, flight-controller firmware target, ESC firmware, required quantity and package configuration during quotation.

Are the Bluetooth and non-Bluetooth versions interchangeable for procurement?

They are separate product options on the manufacturer listing. The required version should be stated clearly in the purchase specification and confirmed before the order is finalized.

What are the MOQ, unit price and production lead time?

MOQ, pricing, stock status and production lead time depend on the requested quantity and product variant and must be confirmed during quotation.

Can OEM branding or custom packaging be requested?

OEM branding, labeling, manuals and custom packaging are not established by the supplied product material. Availability and any applicable order requirements must be confirmed during quotation.

Can firmware and wiring documentation be supplied with an order?

Request the required firmware version, AOCODARCF722V2 target information, ESC firmware reference and wiring documentation as part of the quotation so that document availability can be confirmed for the ordered batch.

Are samples, certificates or warranty terms available?

Sample availability, certificates, warranty coverage and after-sales terms are not specified in the supplied files and must be confirmed during quotation.

How can a buyer avoid receiving the similarly named F765S V2 stack?

Purchase documents should specify “Aocoda-RC F760 V2 Stack, F722 V2 FC plus 3060 AM32 60A 4-in-1 ESC.” The 3060 60A ESC designation is an important identifier because the F765-series stack uses a different ESC specification.

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