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
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.
A demonstration of the Quanser Shake table II with an active mass damper (AMD)
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.
The Quanser AERO is the only fully-integrated research-grade aerospace exploration and control platform that is accessible at an undergraduate level.
The QUBE-Servo 2 is the only fully integrated lab experiment that covers the spectrum of controls topics from undergraduate linear control concepts to graduate level non-linear controls.
