The new QUBE™-Servo is a low-cost self-contained servomotor teaching platform for undergraduate labs.
The 2 DOF Ball Balancer is a vision-based control experiment designed to teach intermediate to advanced control concepts. It allows students to gain practical experience using camera-based sensor analysis to stabilize the position of a ball on a plate.
The 2 DOF Helicopter experiment provides an economical test bed to understand and develop control laws for vehicles with dynamics representative of a tethered rigid body helicopter, spacecraft or underwater vehicle.
With the 2 DOF Inverted Pendulum module added to two Rotary Servo Base Units (SRV02), students can build on their knowledge of fundamental robotic principles to control a two-dimensional pendulum.
The Quanser 2 DOF Planar Robot is a parallel robotic manipulator ideal to teach various robotics concepts, such as kinematics and calibration.
With the 2 DOF Robot module added to the Rotary Servo Base Unit, students can learn fundamentals of robotics, including concepts such as forward and inverse kinematics and planar arm control.
The 2 DOF Serial Flexible Joint is a simplified model of a robotic arm ideally suited to introduce control concepts relevant to applications of torsional compliance and joint flexibility.
The 2 DOF Serial Flexible Link is a simplified model of a robotic arm ideally suited to introduce control concepts relevant to applications of torsional compliance and serial linkage flexibility.
The Quanser 3 DOF Crane experiment helps teach students about the dynamics and control challenges involved in operating a tower crane.
The 3 Degrees of Freedom (DOF) Gyroscope is a dynamically diverse experimental platform ideal for study of rotational dynamics principles.
The 3 DOF Helicopter experiment provides a bench top model of a Tandem rotor helicopter, used for transport and search and rescue missions. It can be used to understand and develop control laws for a vehicle that has dynamics representative of a dual rotor rigid body helicopter, or any device with similar dynamics.
The 3 DOF Hover system is ideal to introduce intermediate to advanced control concepts of flight dynamics and control in vertical lift off vehicles.
Quanser 5 DOF Haptic Wand is a redundant actuator robot ideal for commercial research in robotics, haptics and teleoperation.
The DENSO VP-Series 6-Axis articulated robot supplied with Quanser open-architecture control module is an ideal test bed for teaching and research in robotics, teleoperation, and more.
The Quanser Active Mass Damper is a building-like structure ideal for study of control principles used to dampen vibrations in tall structures.
The Active Suspension is a quarter-car model ideal to teach active control challenges relevant to today’s automotive industry.
The AMPAQ-L2 is a linear current amplifier ideal for all complex controls configurations where a responsive current control is required.
The AMPAQ-L4 is a linear current amplifier ideal for all complex controls configurations where a responsive current control is required.
The Analog Plant Simulator consists of a set of independent electronic circuits that can be interconnected to study the behavior of dynamical systems.
The Ball and Beam module for Rotary Servo Base Unit represents unstable closed loop systems. Students will learn how to design a cascade control to stabilize the ball.
The Coupled Tanks system is a re-configurable process control experiment ideal for teaching and research of control topics related to liquid level control.
The Quanser Cube is a great platform for teaching and research of advanced control topics, such as observer design, state estimation and nonlinear control.
The Gyro/Stable Platform module for the Rotary Servo Base Unit provides an excellent opportunity to teach rotational dynamics principles.
The Quanser HD² High Definition Haptic Device is a high-fidelity 6 DOF haptic interface for advanced research in haptics and robotics.
The Heat Flow is a process control plant ideal to demonstrate simple first order model control concepts as well as fluid dynamics and thermodynamics control fundamentals.
The Hexapod is a six degrees of freedom motion platform is an ideal test bed for advanced research in a wide range of areas, including structural dynamics, flight simulation and vibration studies.
The High Fidelity Linear Cart (HFLC) system is a precise and robust platform for study of basic and advanced servomotor control concepts, adding additional challenges with an array of single, double, dual and triple inverted pendulums.
The Quanser HiQ and Motion Testbed provide a turn-key, integrated environment for implementing unmanned system controllers and algorithms.
The Industrial Mechatronic Drives Unit (IMDU) is an industrial plant emulator ideal for teaching and research of more advanced servo control topics, including backlash and friction compensation, as well as haptics and teleoperation.
The Laser Beam Stabilization is an industrially relevant experiment designed to expose students to control principles involved in laser beam stabilization and tracking.
The Linear Current Amplifier Module (LCAM) is a dual-mode (current or voltage) linear amplifier ideal for high-precision machines and drive systems.
The Linear Double Inverted Pendulum module for the Linear Servo base unit is ideal to introduce intermediate and advanced control concepts, taking the classic single inverted pendulum challenge to the next level of complexity.
The Linear Flexible Inverted Pendulum is ideal to introduce control concepts relevant to real-world challenges of stabilizing large lightweight structures.
The Linear Flexible Joint system is ideal to introduce intermediate control concepts related to vibration analysis and resonance.
The Linear Flexible Joint with Inverted Pendulum system is ideal to introduce intermediate control concepts related to vibration analysis and resonance.
The Linear Servo Base Unit with the Inverted Pendulum module is ideal to introduce control concepts relevant to mechanical and aerospace engineering challenges.
The Magnetic Levitation is a classic electro-mechanical experiment with interesting nonlinear dynamics and control challenges ideal for teaching modeling, linearization, current control, position control, and using multiple loops (i.e. cascade control).
The Mechatronics Control Kit is a standalone package with DC motor control, reaction wheel pendulum, inverted and rotary inverted pendulum experiments, ideal for education and research in real time control and identification.
With the Multi-DOF Torsion module for the Rotary Servo Base Unit, you can teach principles of robotics and torsional dynamics.
Combining Geomagic Touch (formerly Phantom Omni) haptic device with QUARC control software and comprehensive curriculum, the Omni™ Bundle is a cost-effective and safe way to introduce robotics and haptics.
The Quanser Q1-cRIO is a C series module for the National Instruments CompactRIO controller is designed to easily interface with Quanser control experiments.
Quanser Q2-USB data acquisition device provides a portable and affordable option for real-time measurement and control.
The Q8-USB data acquisition device provides a portable and affordable option for real-time measurement.
The Quanser Qball-X4 is an innovative quadrotor suitable for a wide variety of UAV and UGV research applications as well as for teaching.
The Qbot is a low cost robotic platform with all capabilities of an autonomous robot. Equipped with built-in sensors and vision system, it is a valuable tool for teaching and research of vehicle navigation and control.
QET DC Motor Control Trainer is a high quality yet affordable standalone trainer that demonstrate control fundamentals using a wide range of control methods.
The QNET DC Motor Control Trainer for NI ELVIS platform is a versatile unit ideal for teaching the fundamentals of motor servo control in a variety of ways.
The QNET Heating, Ventilation and Air Conditioning Trainer for NI ELVIS platform is a versatile unit ideal for teaching the fundamentals of fluid dynamics and thermodynamics control.
The QNET Mechatronic Sensors Trainer for NI ELVIS platform is ideal for introduction to sensors and their applications.
The QNET Myoelectric Trainer for NI ELVIS platform is ideal to teach and demonstrate the fundamentals of processing electromyographic signals.
The QNET Rotary Inverted Pendulum Trainer for NI ELVIS platform is a versatile unit ideal for teaching the fundamentals of inverted pendulum balance and control.
The QNET Vertical Take-off and Landing Trainer for NI ELVIS platform is ideal for teaching the fundamentals of flight control dynamics and control.
The QPA-L4-E is a four-channel linear power amplifier ideal for precision controls to drive inductive loads and for applications which exclude the use of standard PWM amplifiers.
The QPID is a PCI-based data acquisition device suitable for complex controls configurations used for research and teaching.
The QPIDe is a PCIe-based data acquisition device suitable for complex controls configurations used for research and teaching.
QUARC® is a real-time control software seamlessly integrating with Simulink for rapid controls prototyping and hardware-in-the-loop testing.
The Quanser Rapid Control Prototyping (RCP) Toolkit is an add-on to the National Instruments LabVIEW™graphical development environment.
The Rotary Double Inverted Pendulum module for the Rotary Servo Base Unit offers students a simple way to understand the advanced pendulum problem. Students will learn to balance two vertical rods by manipulating the angle of the base.
The Rotary Flexible Joint module for the Rotary Servo Base Unit is an ideal experiment for modeling a flexible joint on a robot. It is also useful in the study of vibration analysis and resonance.
With the Rotary Flexible Link module added to the Rotary Servo Base Unit you can introduce students to various vibration analysis and resonance related concepts.
The Inverted Pendulum module for the Rotary Servo Base Unit offers students a hands-on opportunity to grasp the classic pendulum challenge. Students will learn to balance a vertical rod by rotating or changing the angle at the base.
The Rotary Servo Base Unit serves as the fundamental unit for Quanser rotary control experiments. On its own, it is ideally suited to introduce fundamental control concepts and theories on an easy-to-use and intuitive platform. By adding any of the 10 rotary modules, you can create experiments of varying complexity, addressing wide range of control topics, disciplines and courses.
The Seesaw module for Linear Servo Base Unit is ideal to introduce intermediate control concepts involving dynamics.
The Quanser Shake Table I-40 is a bench-scale single-axis earthquake simulator ideal for teaching structural dynamics and control.
The Shake Table II is a bench-scale heavy-load linear shake table ideal for study of structural dynamics control principles.
The Quanser Smart Structure is a stand-alone building-like structure ideal for study of control principles used to dampen vibrations in tall structures.
The Solar Tracker is a unique light-tracking device designed for teaching and research of various industrial control topics.
The Torsion Module for Industrial Mechatronic Drives Unit is a robust multiple-degree-of-freedom experimental plant that addresses torsion dynamics challenges.
The VoltPAQ-X1 is linear voltage-controlled amplifier ideal for all complex controls configurations related to educational or research needs.
The VoltPAQ-X2 is linear voltage-controlled amplifier ideal for all complex controls configurations related to educational or research needs.
The VoltPAQ-X4 is linear voltage-controlled amplifier ideal for all complex controls configurations related to educational or research needs.
The Winding Module for the Industrial Mechatronic Drives Unit illustrates the principles of web tension and speed control design, implementation and testing.
The XY Shake Table III is a high power heavy-load planar shake table ideal for study of structural dynamics and control principles.