The stack includes an Aocoda-RC F405 V3 flight controller and a 3075 V2 AM32 32-bit 75A 4-in-1 ESC, together with the connecting cable, mounting hardware, capacitor and XT60 power cable.

The 3075 V2 ESC is specified for 3S–8S LiPo input, while the F405 V3 flight controller is specified for 3S–6S LiPo input. Confirm the manufacturer-approved FC power arrangement before using 7S or 8S.

The 3075 V2 4-in-1 ESC is rated for 75A continuous current per channel. The supplied specification also lists an 85A × 4 current- scaling reference.

The flight controller uses an STM32F405RET6 MCU and an ICM42688P gyroscope. It also integrates an SPL06-001 barometer.

Yes. The F405 V3 flight controller includes 16MB of Blackbox memory for flight-data recording, PID tuning, vibration analysis and troubleshooting.

Yes. The flight controller includes a Bluetooth chip, and the supplied wiring diagram assigns UART5 to the Bluetooth connection.

The supplied product information lists Betaflight, iNav and ArduPilot compatibility. The listed flight-controller firmware target is AOCODARCF405V3.

The flight controller supports receiver systems including ELRS, CRSF, SBUS, FrSky, Futaba, FlySky, TBS Crossfire and DSMX through the appropriate receiver and UART interfaces.

Yes. The flight controller provides two analog camera inputs. CAM1 is enabled by default, while USER3 can be configured to switch to CAM2.

The flight controller provides 5V/2.5A and 9V/2.5A BEC outputs. The 3075 V2 ESC itself does not include a BEC.

Both boards use an M3 30.5mm × 30.5mm mounting pattern. The assembled stack height shown in the supplied product diagram is approximately 13mm.

The supplied ESC specification lists DShot300, DShot600 and PWM input signals. ESC telemetry is also supported.

Yes. Its F405 flight controller, 75A 4-in-1 ESC, standard mounting pattern, Blackbox storage, Bluetooth connection and broad peripheral support make it suitable for compatible high-current FPV projects.

Buyers should confirm the exact hardware revision, firmware requirement, battery configuration, motor and propeller combination, receiver protocol, video system, mounting space, wiring arrangement and expected operating current.

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.

The ESC is specified for 3S–8S input, but the flight controller is listed for 3S–6S input. Buyers planning a 7S or 8S system should confirm the approved FC power arrangement and all connected-device voltage requirements before integration.

Yes. The flight controller provides camera, VTX, SBUS and selectable power interfaces for compatible analog and HD FPV video systems. Verify the voltage and signal requirements before wiring.

Yes, provided the devices are assigned to available UARTs and configured correctly. The supplied diagram assigns UART1 to GPS and UART2 to the receiver.

It can be used as a replacement or performance upgrade when the frame supports the 30.5mm × 30.5mm M3 mounting pattern and the battery, motors, video system, receiver, wiring and cooling requirements are compatible.

OEM, ODM and private-label availability depends on the supplier, order quantity and customization scope. Buyers should provide estimated demand, branding files, packaging requirements and technical specifications for evaluation.

Buyers should request the latest product specification, wiring diagram, firmware information, hardware-revision details, packing list, quality-control requirements and applicable compliance documentation for the destination market.