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QLabs Virtual QDrone 2

High-fidelity digital twin of our groundbreaking drone for cutting-edge research validation

Autonomous Systems & Applied AI Autonomous Vehicle Control Software Virtual Experiments

QLabs Virtual QDrone 2 is a fully instrumented, dynamically accurate virtual twin of the physical QDrone 2 research drone. It behaves in the same way as physical hardware and can be measured and controlled using MATLAB Simulink®. QLabs Virtual QDrone 2 can enrich your research in flight dynamics and control, multiagent applications, and vision-based applications.

Same as the physical QDrone 2, the virtual system features full access to a quadcopter platform equipped with inertial and visual sensors for robotics applications such as self-localization, path planning, state estimation, control, machine learning, multiagent collaboration and more.

Virtual QDrone
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Product Details

QLabs Virtual QDrone 2 is a fully instrumented, dynamically accurate virtual twin of the physical QDrone 2 research drone. It behaves in the same way as physical hardware and can be measured and controlled using MATLAB Simulink®. QLabs Virtual QDrone 2 can enrich your research in flight dynamics and control, multiagent applications, and vision-based applications.

Same as the physical QDrone 2, the virtual system features full access to a quadcopter platform equipped with inertial and visual sensors for robotics applications such as self-localization, path planning, state estimation, control, machine learning, multiagent collaboration and more.

Academically Appropriate

High-fidelity, credible lab experiences equivalent to use of physical lab equipment

Extensive and Expandable

Access to multiple virtualized cameras for 360° vision, downward vision, and depth sensing

Open Access

Design, deploy and tune your algorithms in real-time using MATLAB Simulink®

Scalable

12-month, multi-seat subscription

CSI cameras 3x RGB 160° FOV @820×410 resolution @30Hz
Downward facing camera 1x Grayscale @640×480 resolution @30Hz
RealSense RGB-D camera RGB and Depth @640×480 resolution @30Hz
IMU 2x 3-axis gyroscopes and accelerometers