Name: Aocoda-Rc F405 V3 Flight Controller OSD Baro BlackBox for Racing Drone
Price: 39.99 USD
Availability: InStock

Product Details Highlights Description Specifications Product Manual (for technical issues) Purchase channels

Aocoda-RC F405 V3 FC is a balanced flight controller, suitable for users who pursue cost performance, comprehensive functions and focus on ease of use. Its integrated design reduces the complexity of installation, while its performance is sufficient to meet the demands of racing and light aerial photography. If your budget is limited or you are a player who is encountering FPV for the first time, this flight controller is an ideal choice.

Professionalism & Experience balance

1. This FC is equipped with the high-performance MCU chip STM32F405 and is paired with the ICM42688P gyroscope. It can enable both gyroscope and PID with a dual 8KHz refresh rate, making your flight smoother and more stable, and allowing for effortless racing and flying.

2. This flight controller adopts a direct socket design, with 6 sockets on the reverse side, making assembly simpler and more efficient. In addition, the electronic speed controller, analog camera, LED light strip, CRSF/ELRS, GPS module, and sky terminal can all be directly plugged in for use. The front is reserved with a large pad, allowing you to weld with ease.

High cost-performance positioning

1. Among similar F4 flight controllers (such as the Matek F405 series and Holybro Kakute F4), the Aocoda-RC F405 V3 offers similar functions at a lower price and is suitable for players with a limited budget but a pursuit of performance.

2. Integrating OSD, Baro and BlackBox, it saves users the cost of purchasing additional modules and the complexity of installation.

Scalability & Ecological Compatibility

1. Natively supports mainstream firmware such as Betaflight and INAV, and provides pre-configured default parameter files to simplify the parameter adjustment process for beginners.

2. Supports bidirectional DShot to obtain motor speed data in real time, improving RPM filtering effect and flight smoothness.

Scenario-based adaptation——Optimization for racing scenarios

1. Low-latency signal processing: Optimize the gyroscope sampling rate and signal filtering algorithms to reduce jitter during high-speed maneuverability.

2. Anti-interference design: By isolating high-frequency circuits (such as gyroscopes and power modules) through PCB layout, the impact of electromagnetic interference on flight stability is reduced.

Aocoda-RC F405 V3 FC

Highly integrated and meticulously designed