The new QDrone, a key component of the Quanser Autonomous Vehicles Research Studio, was designed to withstand all kinds of crashes, slams, and accidents. We wanted to give researchers a reliable and robust system, so they can test and tune their controllers without worrying about the vehicle damage.
Featuring the Intel Aero Compute board-powered Qdrones, Qbot 2 ground robots, Optitrack camera system, ground control station and Quanser's QUARC real-time rapid control prototyping software for Simulink, the research studio helps you start your work faster. Rather than spending time on integrating hobby-level drones, tedious coding, or other low-level tasks, you can start testing your...
Quanser YOUser Webinar with Dr. Michael Frye, University of the Incarnate Word
This video demonstrates the QDrone manual flight control in a Position Mode (joystick input is a target location), Angle Mode (joystick input is a target attitude) and a Torque Mode (joystick input is a direct system torque, i.e., motor command).
In the webinar "Research on Experimental Dynamics at the University of Rijeka – Rocking, Self-Organisation, and Multiple-Support Excitation," Dr. Gordan Jelenic and his Ph.D. students, Nina Ceh and Miran Tuhtan from the University of Rijeka introduced a unique seismic laboratory at the Faculty of Civil Engineering, featuring uniaxial and two biaxial shake tables. They highlighted the current...
The Intel Aero Compute board-powered QDrone with multiple on-board cameras, QBot 2 ground vehicle, OptiTrack camera system, and QUARC for Simulink software are the main components of Quanser new Autonomous Vehicles Research Studio.
A couple of weeks ago, we invited a group of researchers from all across Canada to Quanser’s Markham headquarters for a roundtable discussion on autonomous vehicles. While we gave them a sneak peek of our new (and by now already released) Autonomous Vehicles Research Studio, featuring the QDrone, they talked about their fascinating research projects.
Testing the new Intel Aero-powered Qdrones, part of the recently released Quanser Autonomous Vehicles Research Studio, at Concordia University
A demonstration of how you can take two Quanser Shake table II's and set them up in an XY configuration, giving you two planes of motion.
Looking to jumpstart your autonomous vehicles research and turn out results in a very short time? Check the new innovation from Quanser unleashed in the drone research space: the Autonomous Vehicles Research Studio.
