AIROPTIX NANO FLIGHT CONTROLLER
The AIROPTIX NANO FLIGHT CONTROLLER is a high-performance, ultra-compact autopilot system designed for size- and weight-constrained unmanned aerial platforms. Built around the STM32H743VIT6 MCU, this controller delivers extreme computational performance, high-speed interfaces, and integrated AI processing for autonomous and semi-autonomous UAV operations.
Equipped with triple-redundant sensing—including the QMC5883L magnetometer, BMI088 IMU, and SPL06 barometric pressure sensor—the Nano FC supports precise flight control, advanced stabilization, and accurate environmental sensing. It provides native support for RTK/NTRIP corrections, enabling centimeter-level positioning for mapping, inspection, and surveillance applications.
Supporting 12 PWM outputs, 5 UARTs, and dual CAN buses, this flight controller can handle a range of custom payloads, gimbals, and telemetry modules. With direct Kamakazi AI target tracking support, MAVLink communication, and cloud connectivity, the AirOptix Nano is the ideal choice for OEM drone platforms seeking enterprise-grade performance in a 30x30 mm form factor.
Key Features
- High-speed STM32H743VIT6 32-bit ARM Cortex-M7 processor
- Triple-sensor suite: QMC5883L, BMI088, and SPL06 for accurate orientation and altitude control
- Ultra-wide input voltage ranges from 7V to 80V DC for flexible integration with HV battery systems
- RTK & NTRIP support precision geolocation and centimeter-level navigation
- Supports 12 PWM outputs, 5 UARTs, 2 CAN buses, 2 I2C buses
- Sbus/USB joystick control
- Cloud connectivity
- Closed-source proprietary stack with native AI object tracking
- Compact and lightweight at just 10 grams
