Control Challenges
Linear
Experience the dynamics of the classical inverted pendulum and beyond with Quanser's line of modular linear systems. Based on the IP and HFLC systems we've created over twenty innovative and exciting educational experiments to help outfit your lab.
Rotary
Go beyond the traditional PID with Quanser's line of rotary motion experiments. Utilizing the SRV02 as the base component you can build an intriguing collection of experiments.
Specialty
Add excitement and intrigue to everyday control labs with Quanser's line of advanced control challenges, featuring a number of robotics, aerospace, civil and chemical applications.
Mechatronics
Quanser's line of Mechatronics challenges introduces this integrated design approach from basic concepts to sophisticated challenges.
Unmanned Systems
Bring an integrated multi-agent system into your lab. Quanser’s Unmanned Vehicle Systems Lab is a valuable tool for teaching and research of vehicle navigation and control.
Custom
If you have an interesting control problem, or simply require input on a research project or plan consult with Quanser today!
Let us help you achieve your goals.
 
 
   
Implement and evaluate feedback strategies such as PID, LQC, H infinity, fuzzy, neural nets, adaptive or nonlinear controllers with Quanser’s linear, rotary, specialty, mechatronics, unmanned vehicle systems and custom control experiments. Our systems are uniquely modular and use the same base components that can be multi-purposed throughout a wide range of experiment configurations. So by adding and removing various modules you extend the functionality of your investment and more importantly create a greater variety of experiments and challenges to explore – no other solution provider comes close to providing this kind of flexibility, that’s the Quanser difference.