7-Nano Autopilot Flight Controller: Double precision floating point arithmetic, HZ processor. All-new dual industrial-grade IMUs with redundant design and innovative stacked design. Small in size but rich in interfaces. Integrated Ethernet interface supports switching. PWM output compatible with Ardupilot and PX4 firmware (adapting). Includes ETH I2C1 'TELEM ICAM-A' and Mx #GPS, plus 7-Nano Autopilot MUI.

The CUAV 7-Nano Autopilot Flight Controller features a highly integrated stacked design, similar to a coin-sized device that weighs only 33.8 grams. This compact structure allows for easy installation into small aircraft, such as FPV models or micro co-propeller helicopters. The controller offers rich functional interfaces, including side outlets and standard ports. These interfaces provide for most expansion needs. The processor is the H753, which supports a range of sensors and modules. These include a barometer (ICP-20100), an accelerometer (BMI088), and a GPS module (IM42652). Overall, the CUAV 7-Nano Autopilot Flight Controller is designed to be compact, yet powerful, making it suitable for a variety of applications.

The STM32H753 high-speed processor features a built-in STM32H753 high-speed processor, which supports secure boot and secure firmware upgrade services. The 480MHz double-precision floating-point operation unit occupies 2M Flash memory space, making it compatible with PX4 and ArduPilot drivers and functions (such as IMU temperature learning, non-GPS navigation, FFT algorithms, and LUA scripts). It provides ample operating frequency points at 480 MHz.

The CUAV 7-Nano Autopilot Flight Controller features a dual industrial-grade IMU combined redundancy design, ensuring failover and improving reliability and fault tolerance. This results in more stable operation and enhanced flight safety.

7-Nano Autopilot Flight Controller features a 1G Ethernet interface to empower AI. Integrated Ethernet PHY interface supports Ethernet connectivity for onboard computers, optical pods, data links, and more. This guarantees high real-time and bandwidth communication for intelligent AI applications like drone swarm operations, visual navigation, and tracking.

The CUAV 7-Nano Autopilot Flight Controller features flexible switching with excellent anti-interference ability. It supports software-switchable PWM output between 5V and 3.3V, enabling better peripheral adaptability. The 5V PWM effectively reduces signal distortion and attenuation problems caused by line loss and interference, ensuring the smooth operation of actuators like motors and servos, and improving flight stability and safety.

The 7-Nano Autopilot Flight Controller power distribution board (PDB) supports up to 70V input voltage and 60A current. The optional PDB integrates voltage and current sensing, as well as power distribution functions. It supports a wide range of input voltages from 3-16S cells and can detect currents up to 60A. The PDB is pre-calibrated at the factory, allowing users to achieve high accuracy in voltage and current detection without needing calibration operations.

The CUAV 7-Nano Autopilot Flight Controller supports various UAV systems, including multi-rotors, fixed-wing aircraft with vertical takeoff and landing capabilities, unmanned vehicles, and underwater vessels. It is compatible with ArduPilot and PX4 firmware, allowing for adaptation to different platforms.

CUAV 7-Nano Autopilot Flight Controller features a powerful main processor (STM32H753) with coprocessor (STM32F103). It boasts multiple sensors, including accelerometers (IIM-42652/BMI088), gyroscopes (ADIS1647OCM), and a compass (IST8310/RM3100). The unit also includes barometers (ICP-20100/BMP581) and temperature sensors. For communication, it supports UART, I2C, PWM, and CAN Bus protocols. Additionally, the 7-Nano features an RC input with support for PPM, SBUS, and IDSM protocols. It also has a telemetry system, power management, and safety mechanisms.

The CUAV 7-Nano Autopilot Flight Controller features a powerful STM32H753 MCU with an Arm Cortex-M7 processor running at 480 MHz and 2MB of flash memory. It also includes an accelerometer, gyroscope, compass, barometer, and servo detection capabilities. The device operates within a wide range of voltages from 4.5V to 5.5V and has a USB power interface for easy charging. Additionally, it supports operating temperatures from -20°C to 85°C and humidity levels up to 95%. The CUAV 7-Nano measures 30.75 x 25.75 x 31.8 mm in size and weighs just 33.8g.

CUAV 7-Nano Autopilot Flight Controller Product Includes: Official Standard Packing List, Vel 7-Nano Autopilot, 7-VDM Module, GND BAT, 7-Nano Cable Kit, 7-Nano Screw Kit x3, Sanisk Ultra TF Memory Cable X 32G8 MEB W 0A, 32GB Carbon Fiber Board x1, 3M Double-Sided Tape x2

CUAV 7-Nano Autopilot Flight Controller Product Packaging List: 7-Nano PDB, GTH, IzC1, and three 7-Nano Screw kits. Additionally, included are a SanDisk Ultra TF Memory Card, a Carbon fiber board, and two rolls of Double-sided tape (3m).