Benchtop apparatus for demonstrating how different governors work, including Hartnell, Porter and Proell governors.
Quanser's Mobile Robotics Engineering Lab Equipment encompasses an array of cutting-edge tools designed to elevate the educational experience in robotics engineering. From the innovative Quanser QBot 3, an open-architecture autonomous ground robot built on a 2-wheel mobile platform, to a comprehensive suite of sensors, vision systems, and adaptable courseware, this collection offers a dynamic platform for both undergraduate and advanced studies in robotics and mechatronics.
Professors benefit from the modular nature of the laboratory exercises, enabling seamless integration into existing courses or creating new curricula. Additionally, the platform's versatility extends beyond academia, providing a robust foundation for research in fields such as autonomous vehicle control, machine learning, computer vision, and multi-agent heterogeneous and swarm robotics. Quanser's Mobile Robotics Engineering Lab Equipment empowers students and researchers alike to explore, innovate, and excel in the dynamic realm of robotics.
Quanser’s expansive range of engineering teaching equipment offers the fastest and easiest way to meet academic objectives for teaching and research.
Credible, interactive virtual hardware experiences
The only scalable way to deliver meaningful, high-fidelity virtual hardware experiences to students via desktop or smart devices.
The Quanser Interactive Labs platform is a collection of virtual hardware-based laboratory activities that supplement traditional or online courses. The virtual plants are based on Quanser physical systems and offer credible, academically appropriate hardware experiences on desktops, laptops, or smart devices. Combining Quanser Interactive Labs with actual Quanser systems allows instructors to enrich their lectures and activities in traditional labs and increases engagement and students’ learning outcomes in class-based or online courses.
Rich interactive experiences for the lecture and the lab
Leverage Quanser Interactive Labs not only to offer students credible lab activities accessible off-campus but integrate them into your lectures and bring even more interaction and engagement to your course material.
A turn-key cross-platform solution
Quanser Interactive Labs’ virtual high-fidelity plants give students academically appropriate hardware experiences on Windows, macOS, iOS, and Android. Labs come with a complete student curriculum, including “check your understanding” and full assessment questions and lab reporting. Instructors have access to additional free course resources and tools to manage student access and monitor their progress.
Scalable solutions for teaching and research
Quanser Interactive Labs are stand-alone applications available as a 12-month subscription and can be licensed by institutions for their students or purchased directly by students.
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Item Number:TM1027 -
Introduce rotational dynamics concepts.
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Item Number:TM1004Benchtop apparatus for experiments in gyroscopic couple and velocities of rotor and precision.
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Item Number:HDMS - SoftwareTecQuipment’s user-friendly HDMS software provides simple manual data entry and recording of experimental data. It works with a growing list of many of TecQuipment’s hydraulics experiments.
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The HD² High-Definition Haptic Device is a high-fidelity haptic interface for advanced research in haptics as well as robotics. Combined with Quanser’s powerful control design environment, it provides a flexible development testbed for various emerging applications such as virtual medical simulators and teleoperation.
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Item Number:TD360A bench top base unit for examining and comparing small scale heat exchangers to help students understand how they work. Requires at least one of the four associated experiments.
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Item Number:TD1002 - ExperimentA bench top base unit for demonstrating different methods of heat transfer. Requires at least one of the four optional experiments.
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Item Number:H9 - ExperimentA bench-mounting Hele-Shaw apparatus to demonstrate two-dimensional laminar flow around differently shaped models.
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Item Number:TE98 - ExperimentBench mounted, self contained unit that allows a practical examination of Hertz's theories of contact between materials.
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The Hexapod stands as a compact and robust six degrees of freedom parallel robotic motion platform, capable of high-acceleration movement handling up to 100 kg. Distinguishing itself from conventional Stewart platforms, this Hexapod utilizes advanced electrical motors, ensuring precision, responsiveness, and minimal maintenance.
