LabVIEW Mapleview LabVIEW

Quanser linear experiments are fully compatible with National Instrument's LabVIEW™ and NI Real-Time hardware including NI CompactRIO, The MathWork's Simulink® and Maple™ by Maplesoft.

Quanser's Linear Motion Challenges
Quanser's linear motion challenges are designed to bring a range of control issues to light including: vibration and dynamics, position control, non-minimum phase behavior, flexible structures, spring and mass dampers and more. The universal challenge is to design, implement and test your control system of choice. Each system is supplied with a state feedback controller, the complete mathematical modeling as well as the system parameters to help streamline the control system implementation of your choice.
Our linear motion challenges are based on Quanser's IP01, IP02 and HFLC linear motion carts. These carts are made of precisely machined solid aluminium driven by high quality DC motors. A rack and pinion mechanism is used for maximum performance to eliminate slippage, belt stretching and other undesirable effects. For more insight into the differences between the IP01, IP02 and the HFLC and their applications please see their respective full feature descriptions.
Featured Promotions
New Product
HFLC system
The newly released High Fidelity Linear Cart (HFLC) system is a very powerful addition to your lab. Powered by a 400 Watt brushless servo motor the system attains excellent performance and gives you the power to successfully perform the most challenging of control experiments: The Triple Inverted Pendulum. With a single package you obtain the capabilities of performing the following ten experiments:
- Linear speed control
- Linear position control
- Single inverted pendulum
- Self-erecting IP
- Dual inverted pendulum
- Double inverted pendulum
- Triple inverted pendulum
- Single pendulum Gantry
- Double pendulum Gantry
- Triple pendulum Gantry

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