60A AM32 4-in-1 ESC
The 3060 32-bit ESC provides 60A continuous current per channel and supports digital motor-control protocols up to DShot600.
Aocoda-RC F460 V3 Stack
Electrical
| FC Input Voltage | 3S–6S LiPo |
|---|---|
| ESC Input Voltage | 3S–6S LiPo |
| ESC Model | 3060 AM32 32-bit 4-in-1 ESC |
| Continuous Current | 60A × 4 |
| Current Scaling / Peak Reference | 70A × 4 |
| 5V BEC | 5V / 2.5A |
| 9V BEC | 9V / 2.5A |
| ESC BEC | No |
| Current Sensor | Supported, Current Meter Scale 174 |
| ESC Signal | DShot150 / DShot300 / DShot600 / MultiShot / OneShot |
| ESC Telemetry | Supported |
| ESC Firmware | AM32_AORC_K_A_F421_2.16.hex AocodaRC-BL32-4IN1-60A-Rev.32.10 |
| Working Humidity | 20%–95% |
Interfaces
| USB | USB Type-C |
|---|---|
| FC-to-ESC Interface | 8-Pin SH1.0 Connector |
| UART | 5 UART Interfaces |
| UART1 | GPS Connection |
| UART2 | Receiver Connection |
| UART3 | ESC Communication |
| UART4 | VTX Connection |
| UART5 | Bluetooth Connection |
| Camera Interface | Dual Analog Camera Inputs, CAM1 / CAM2 Switching |
| VTX Interface | VTX Serial and Power Connection |
| SBUS | Standard SBUS Interface for Compatible Receivers and DJI Units |
| CRSF / ELRS | Dedicated CRSF / ELRS Receiver Interface |
| GPS | GPS Interface with Serial and I2C Connections |
| I2C | SCL / SDA for Compatible External Devices |
| LED | LED Strip Interface |
| Buzzer | Supported |
| Receiver Compatibility | ELRS / CRSF / SBUS / FrSky / Futaba / FlySky / TBS Crossfire / DSMX |
Features
STM32F405 Flight Controller
The STM32F405RET6 MCU provides responsive flight-control processing and flexible peripheral management for modern FPV applications.
Dual BEC Power System
Independent 5V/2.5A and 9V/2.5A BEC outputs help power compatible receivers, cameras, video transmitters and other FPV accessories.
Bluetooth Configuration
The onboard Bluetooth chip provides an additional wireless configuration option for compatible applications and tuning workflows.
16MB Blackbox
Integrated 16MB Blackbox storage records flight data for PID tuning, vibration analysis, troubleshooting and performance optimization.
Dual-Camera Support
Two camera inputs support CAM1 and CAM2 connections. CAM1 is enabled by default, while USER3 can be configured for camera switching.
HD and Analog Support
Camera, VTX, SBUS and power interfaces support compatible analog and HD digital FPV video-system installations.
Flexible Peripheral Support
Five UARTs and dedicated GPS, receiver, LED strip, buzzer, VTX and I2C connections support versatile FPV drone configurations.
Mechanical
| FC Dimensions | 37mm × 37mm |
|---|---|
| FC Weight | 9.4g |
| ESC Dimensions | 41mm × 44.5mm |
| ESC Weight | 13.9g |
| Mounting Pattern | 30.5mm × 30.5mm |
| Mounting Hardware | M3 |
| Stack Height | Approximately 13mm |
| Board Type | F405 Flight Controller and 60A 4-in-1 ESC Stack |
| Power Connection | XT60 Power Cable |
| Included Capacitor | 35V 1000µF Solid-State Electrolytic Capacitor |
Technical Highlights
F405 Processing Platform
The STM32F405RET6 MCU works with the ICM42688P gyroscope and SPL06-001 barometer to provide flight-control processing, motion sensing and altitude data for compatible FPV applications.
High-Current 3060 ESC
The 3060 AM32 4-in-1 ESC provides 60A continuous current per channel and supports DShot150, DShot300, DShot600, MultiShot and OneShot motor-control signals.
Flight Data Recording
The integrated 16MB Blackbox records flight information for vibration analysis, PID tuning, troubleshooting and performance evaluation.
Wireless Configuration
The onboard Bluetooth interface provides a convenient wireless connection option, while USB Type-C supports standard wired configuration and firmware-management workflows.
Dual-Camera and Video-System Support
Dual-camera inputs, configurable camera switching and dedicated VTX, SBUS and power connections support flexible analog and HD FPV video-system integration.
Flexible Peripheral Connectivity
Five UARTs, I2C, CRSF/ELRS, SBUS, GPS, LED strip and buzzer interfaces allow receivers, navigation modules and other compatible accessories to be integrated into the aircraft.
Applications
3S–6S Racing FPV Drones
Freestyle FPV Quadcopters
HD Digital FPV Builds
Analog FPV Drone Builds
Dual-Camera FPV Platforms
Custom FPV Drone Development
FPV Drone Repair and Performance Upgrades
OEM and ODM FPV Drone Projects
Compatibility
Battery
Compatible with 3S–6S LiPo battery systems when all connected motors and peripheral devices meet the required voltage specifications.
Motors
Compatible with FPV brushless motors that operate within the selected battery voltage and the ESC’s 60A continuous current specification.
Video System
Supports compatible analog cameras, analog VTX systems and HD digital video systems through the available camera, serial and power interfaces.
Receiver
Supports compatible ELRS, CRSF, SBUS, FrSky, Futaba, FlySky, TBS Crossfire and DSMX receiver configurations.
GPS
Compatible GPS modules can be connected through UART1 and the available SCL/SDA interface when required.
Firmware
Compatible with Betaflight, iNav and ArduPilot. The listed flight-controller firmware target is AOCODARCF405V3.
Mounting
Suitable for frames that support the standard 30.5mm × 30.5mm M3 mounting pattern and provide enough clearance for the 41mm × 44.5mm ESC.
Stack Connection
The flight controller and ESC are connected through the included 8-pin SH1.0 wiring harness.
Power Accessories
The package includes a 35V 1000µF capacitor and an XT60 power cable for compatible power-system installations.
FAQ
What components are included in the Aocoda-RC F460 V3 Stack?
The stack includes an Aocoda-RC F405 V3 flight controller and a 3060 AM32 32-bit 60A 4-in-1 ESC, together with the listed connecting cable, mounting hardware, capacitor and XT60 power cable.
What battery voltage does the F460 V3 Stack support?
Both the flight controller and ESC are specified for 3S–6S LiPo input. Always verify the voltage requirements of connected cameras, video transmitters and other peripherals before wiring.
What is the ESC current rating?
The 3060 4-in-1 ESC is rated for 60A continuous current per channel. The product data also lists a 70A × 4 current-scaling or peak reference.
Which MCU and gyroscope are used?
The flight controller uses an STM32F405RET6 MCU and an ICM42688P gyroscope. It also integrates an SPL06-001 barometer.
Does the flight controller support Blackbox recording?
Yes. The F405 V3 flight controller includes 16MB of Blackbox memory for flight-data recording, analysis and tuning.
Does the F460 V3 support Bluetooth configuration?
Yes. The flight controller includes a Bluetooth chip and assigns UART5 to the Bluetooth connection in the supplied wiring diagram.
Which firmware platforms are supported?
The product wiring information lists Betaflight, iNav and ArduPilot compatibility. The listed flight-controller firmware target is AOCODARCF405V3.
Which receivers can be connected?
The board supports receiver systems including ELRS, CRSF, SBUS, FrSky, Futaba, FlySky, TBS Crossfire and DSMX through the appropriate receiver and UART interfaces.
Can two cameras be connected?
Yes. The flight controller provides two camera inputs. CAM1 is enabled by default, and USER3 can be configured to switch to CAM2.
What BEC outputs are available?
The flight controller provides 5V/2.5A and 9V/2.5A BEC outputs. The ESC itself does not include a BEC.
What mounting pattern does the stack use?
The flight controller and ESC use an M3 30.5mm × 30.5mm mounting pattern. The assembled stack height shown in the product diagram is approximately 13mm.
B2B Procurement FAQ
Is the Aocoda-RC F460 V3 suitable for OEM FPV drone production?
Yes. Its integrated F405 flight controller, 60A 4-in-1 ESC, 30.5mm mounting pattern, 3S–6S input range and broad peripheral support make it suitable for compatible racing, freestyle and custom FPV drone projects.
What should B2B buyers confirm before placing an order?
Buyers should confirm the exact product revision, firmware requirement, battery voltage, motor and propeller combination, receiver protocol, video system, connector requirements, mounting space and expected operating current.
What information should be included in a bulk RFQ?
Provide the required quantity, target drone platform, battery configuration, motor specification, receiver type, video system, preferred firmware, delivery destination and any packaging, labeling or testing requirements.
Can the stack be integrated with HD and analog video systems?
Yes. The flight controller is designed for HD or analog FPV integration and provides camera, VTX, SBUS and power interfaces. Buyers must verify the voltage and signal requirements of the selected video hardware.
Can GPS and an external receiver be used together?
Yes, provided the selected devices are assigned to available UARTs and configured correctly in the chosen flight-control firmware. The supplied diagram assigns UART1 to GPS and UART2 to the receiver.
Is the F460 V3 suitable as a replacement or upgrade stack?
It can be used as a replacement or performance upgrade when the frame supports the 30.5mm × 30.5mm M3 mounting pattern and the motors, battery, video system, receiver and wiring are electrically compatible.
Is private labeling or OEM/ODM support available?
OEM, ODM and private-label availability depends on the supplier, order quantity and customization scope. Buyers should provide forecast demand, branding files, packaging requirements and technical specifications for evaluation.
What documents should be requested for bulk procurement?
B2B buyers should request the latest product specification, wiring diagram, firmware target and version information, revision details, packing list, quality-control requirements and any compliance documentation needed for the destination market.
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