The video shows how you can access the QCar's LIDAR, read the scan, and plot the point cloud data in Python.
Quanser R&D engineers have been testing different bumper designs and materials to protect the QCar in collisions. This is a scale-speed equivalent of 120km/hr!
This video shows a typical application development with the Quanser Self-Driving Research Studio's QCar platform via ROS.
In this video students from Nottingham Trent University test the hypothesis that a propeller turbine with a shallower blade angle will produce the most power. The team 3D printed three different propellers and tested them on TecQuipment's Centrifugal Pump Module (MP101), Turbine Dynamometer (MFP101A) and Francis Turbine (MFP101D).
Dr. Jacob Apkarian, Quanser Founder and CTO, talks about the first motion validation systems for research in flight dynamics and aerial vehicles control, developed by Quanser two decades ago. As the actual flight systems became possible and affordable, Quanser responded with the first open-architecture quadrotor solution for indoor autonomous robotics research, the QBall-X4 more than 10 years...
We have developed and created a brand new Mechanical Engineering range, which teaches students the seven most commonly taught principles of Structures.
This video gives an overview of our new product - Wind Tunnel 125.
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.
This video introduces the new automotive products released in 2021 to study automotive concepts, including fault finding, motors, generators, charging systems, ECUs, high-voltage batteries, and more.
