The OddityRC F7 40A AIO combines flight-control and ESC functions for a compact installation. Its 36 × 36mm board, five UARTs and 4–6S specification make it relevant when reviewing a cinewhoop electronics layout or planning a like-for-like repair. Start with the complete aircraft configuration and the exact board being replaced.
In this guide: specifications · Why an integrated board is useful · Treat the UARTs as a shared resource · A replacement should preserve the known setup · FAQ
OddityRC F7 40A AIO 4~6S at a glance
| Item | Listed detail |
|---|---|
| MCU / gyro | STM32F722RET6 / ICM42688P |
| UARTs | 5 |
| Battery input | 4–6S LiPo |
| Listed current | 40A continuous / 50A instantaneous maximum |
| Listed weight | 8.8g |
| Board dimensions | 36 × 36 × 4.4mm |
| Mounting | 25.5mm or 26.5mm |
Why an integrated board is useful
An AIO brings the controller and motor-control electronics into a single installation. That can simplify the central layout compared with finding space for two separate boards. Still include connector exits, battery-wire routing and access to USB when checking whether the aircraft has enough room.
The product offers versions with and without an aluminium shell. Check what is supplied with the chosen option, and evaluate its physical fit in the frame. The listed board dimensions and weight should not be treated as a measured specification for every finished installation with extra hardware fitted.
Treat the UARTs as a shared resource
A receiver, video system and GPS all need an interface plan. Decide which pads and ports serve each device before soldering. Five UARTs provide planning options, but the actual configuration must match the board wiring and the flight-controller software rather than another model’s example.
For vibration diagnosis, Betaflight explains how valid motor RPM data can support RPM filtering. Verify the installed ESC firmware, motor telemetry and settings before depending on that feature. A processor or gyro label alone does not establish that the finished aircraft has clean recordings or a completed tune.
A replacement should preserve the known setup
The listing names ODDITYRCF722AIO as the Betaflight target and references ODDITYRCF7AIO BF 4.4.3 firmware. Record the exact board, firmware and working configuration before replacing or flashing hardware. The current product manual is the place to confirm which file applies to the supplied board.
A board shared across product families does not make their settings interchangeable. Compare motor KV, battery configuration, receiver wiring and video setup against the aircraft you actually own. Replacing hardware is an opportunity to inspect damaged wiring and connectors as well as the failed part.
Before you choose
- Check 4–6S input and the required mounting pattern.
- Map receiver, video and GPS ports before installation.
- Back up settings and verify the exact firmware target.
Frequently asked questions
Is this the same as any F722 40A AIO?
No. Similar processor and current labels do not establish the same board target, wiring, mounting or firmware. Use the exact OddityRC product documentation.
Can I apply a different cinewhoop preset unchanged?
Only use a configuration confirmed for the actual hardware and aircraft setup. A similar model name is not enough.
Does 50A describe continuous operation?
The page lists 40A continuous and 50A as an instantaneous maximum. Keep those ratings separate when planning load.
Explore the configuration
View OddityRC F7 40A AIO 4~6S options and current specifications. Select the exact variant, then check the remaining parts of your build against its requirements.
Sources and related reading
Product details checked on 30 October 2026: OddityRC product listing. Betaflight RPM filtering. Read the related product guide, or browse Last update for the full article archive.
