AeroFC Ag++
- Superior Processing Power: Ag++ Flight Controller is powered by a high-performance main processor built on a 32-bit architecture, running at high speed. It operates alongside an efficient I/O processor to manage input and output seamlessly.
- Advanced External Sensor Support: Ag++ Flight Controller supports CAN-based front and back obstacle avoidance radars, allowing your drone to navigate complex environments with ease. Additionally, the CAN-based altimeter provides precise terrain-following capabilities, ensuring stable and accurate flights even in rugged or varied landscapes.
- Broader Connectivity For Flexibility: Ag++ Flight Controller offers 8 PWM outputs for motors, 4 auxiliary PWM/GPIO outputs, and 2 CAN buses, 3 UART ports for complex configurations and seamless connectivity. The dedicated R/C inputs for PPM and S. Bus signals ensure compatibility with a wide range of external systems, giving you ultimate flexibility in customising your drone setup.
- Compact Yet High-Performing With a compact size of 89 x 45 x 39 mm and weighing only 108g, the Ag++ is ideal for multi-rotor, VTOL, and fixed-wing drones where space and weight are limited. but high performance is non-negotiable
- Enhanced Sensors For Precision: Ag++ Flight Controller features a highly advanced sensor suite with precision accelerometers, gyroscopes, a magnetometer, and dual barometers, ensuring exceptional accuracy in motion detection, altitude, and orientation measurements.
- Engineered with flexibility in mind, the Ag++ Flight controller provides:
-
- 8 PWM outputs for motors
- 4 auxiliary PWM/GPIO outputs
- 2 CAN buses and 3 UART ports
- Dedicated R/C inputs (PPM and S.Bus)
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Description
Ag++ Flight Controller is powered by a high-performance main processor built on a 32-bit
architecture, running at high speed. It operates alongside an efficient I/O processor to
manage input and output seamlessly. Ag++ Flight Controller supports CAN-based front and back
obstacle avoidance radars, allowing your drone to navigate
complex environments with ease. Additionally, the CAN-based
altimeter provides precise terrain – following capabilities, ensuring
stable and accurate flights even in rugged or varied landscapes.
Additional information
| Item Type |
Flight Controller |
|---|---|
| Main processor |
STM32H7 Series 32-Bit ARM Cortex-M7 Core, 480 Mhz |
| Coprocessor |
STM32F1 Series 32-Bit ARM Cortex-M3 Core, 72MHz |
| Supported RC signals |
PPM/SBUS |
| Firmware |
Custom Firmware Supported |
| Sensor |
Triple IMU System |
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