GosHawk AeroVision Flight Controller

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GosHawk AeroVision Drone

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Standard Release GosHawk AeroVision Kit Flight Controller Hat + CSI Camera and DSI Shield for Arduino Uno Q

Flight Controller Hat + CSI Camera Shield for Arduino Uno Q

$270.00
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Early Release GosHawk AeroVision Kit Flight Controller Hat + CSI Camera and DSI Shield for Arduino Uno Q

Flight Controller Hat + CSI Camera Shield for Arduino Uno Q

$234.00

Off The Shelf GosHawk AeroVision Kit Flight Controller Hat + CSI Camera Shield for Arduino Uno Q

Flight Controller Hat + CSI Camera Shield for Arduino Uno Q

$648.00

Note: Jetson and Coral editions are in development. Early supporters will get first-access discounts.

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AI Integration

SmartFlight AI features a dedicated Arduino-compatible AI chip designed for lightweight machine learning and sensor fusion.

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Run onboard inference for obstacle avoidance and environmental detection.

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Train models in TensorFlow Lite Micro and deploy directly through Arduino tools.

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Combine multiple sensors for intelligent, adaptive flight behaviour — all without cloud latency.

Jetson and Coral integration versions are currently in development for higher-end applications.

Flight Controller - Key Features

High-Performance Autopilot Architecture

Designed around a powerful 32-bit MCU capable of advanced flight control, fast sensor fusion, and real-time processing for autonomous missions and precision maneuvering.

Dual Redundant IMUs

Two onboard IMU units provide vibration-resistant, reliable attitude sensing and redundancy for mission-critical, high-stability flight.

High-Resolution Barometer

Delivers accurate altitude readings for altitude-hold modes, autonomous navigation, and smooth vertical control.

Extensive Connectivity (7+ UARTs)

Multiple UART ports allow simultaneous integration of GPS modules, telemetry radios, RC receivers, companion computers, airspeed sensors, and more, without sacrificing flexibility.

ESC & Servo Output Support

Supports multi-rotor, fixed-wing, and VTOL aircraft with multiple PWM outputs configured for motors, tilting mechanisms, control surfaces, and auxiliary actuators.

Wide Input Voltage Range

Compatible with typical UAV power systems (e.g., 2S–8S), enabling use in everything from micro-airframes to heavy-lift platforms.

Rich I/O Options

Multiple buses including UART, I2C, CAN, SPI, ADC, and GPIO for peripheral expansion, future sensor integration, and mission-specific hardware.

Compact Drone-Optimised Form Factor

Slim, lightweight board layout designed for tight fuselages and camera-equipped airframes.

CSI Board - Key Features

First Fully Tested and Functioning Camera, Display and Audio Board for Arduino UNO Q

The pioneering solution that brings complete multimedia capabilities to the Arduino UNO Q platform, with verified performance across camera, display, and audio functions.

Dual MIPI CSI-2 Camera Inputs, Audio In and Out, DSI Connector

First fully tested and functioning Camera, Display and Audio board for Arduino UNO Q. Two high-speed CSI-2 connectors for simultaneous camera operation, enabling stereo vision, depth sensing, object tracking, and advanced AI perception workflows.

Compatible with IMX & Arducam Ecosystems

Supports a wide range of popular sensors including IMX series and the Arducam MIPI lineup—giving creators plug-and-play flexibility for everything from high-fps global-shutter cameras to high-resolution imaging.

Seamless UNO Q Integration via JMEDIA Header

Designed specifically for the Arduino UNO Q's JMEDIA expansion header, enabling instant hardware compatibility, painless setup, and fully supported software integration.

AI-Vision Ready Architecture

Optimised for real-time inference, robotics, and perception-driven control loops, allowing your drone or robot to see, process, and react in milliseconds.

Arduino App Lab Block Support

Camera functions integrate natively with App Lab block coding, making advanced vision features accessible to both professionals and new creators without complex configuration.

Frees Up the USB 3 port

Modular & Lightweight

Compact, drone-friendly hardware

Designed for robotics and airborne systems where every gram matters.

Future-Proof Expansion

Built to support upcoming high-resolution camera modules, upgraded IMX sensors, and extended vision features as the UNO Q ecosystem evolves.