Introduction
EDrive Actuators has more than 40 years of industry expertise and knowledge. As a leading supplier of heavy-duty linear actuators, we have the resources and technology to meet the specific demands of motion simulators.
We offer various types of electric motion simulator actuators that seamlessly facilitate movement in spacecraft, submarine, and flight simulation applications.
Our top-quality products are used in a number of industry applications that require rugged construction, longevity, high precision, and conservative designs. EDrive Actuators offer optimal solutions for older power units such as pneumatic and hydraulic linear actuators.
How Do Motion Simulators and Electric Actuators Work Together?
Motion simulators can recreate a realistic sense of being in motion and are essential assets for training, education, and engineering analysis. Motion simulators can simulate a vast range of scenarios and are available in a breadth of shapes and sizes.
The following devices are often integrated with linear motion simulator actuators to re-enact accurate ranges of motion:
- Microcontrollers
- Motor Drivers
- Switches
Linear actuators offer a diverse array of significant benefits and are optimal for driving mechanical operations. Motion simulators can integrate them to support a multitude of use cases.
Use Cases
Electric actuators can facilitate realistic movement in motion simulators, as seen in the following scenarios:
Flight Motion Simulator
Motion simulators are no longer limited to large companies and training facilities. Worldwide manufacturers are implementing motion control components to create cost-effective, interactive simulators for in-home use.
Many companies rely on Progressive Automation electric actuators to achieve linear motion. A local Progressive Automation customer, Anthony Escalante, created a fully functioning flight motion simulator. His unique DIY modular design consisted of custom programming, electronic hardware, and fabricated components.
Racing/Driving Simulation
A group of students from the Rochester Institute of Technology (RIT), led by Brad Sterner, created a full-motion racing simulator for research purposes. Project C.A.R. achieved the closest known example of "real world" feedback through realistic simulator training.
The innovative project utilized the following to complete the project:
- Progressive Automations Actuators
- C# Programming Software
- A PLC Microcontroller
- Structural Analysis
- Virtual Reality
While the project was delayed due to the COVID-19 pandemic, the group was still able to generate testing with positive results. At the beginning of the 2020-2021 academic year, RIT Racing took over the project to implement student driver training.
Theme Park Rides
Consumer flight simulators are gaining popularity with innovators, aviation lovers, and other hobbyists. A group of Florida aviation enthusiasts known as EAA 485 worked together on a project to rebuild a child biplane simulator.
EAA 485 president, John McKiernan, explained they purchased the functional three-axis motion simulator, known as “Rusty,” from another group in Wetumpka, Alabama. The handbuilt unit utilized early technology and incorporated 24 VDC motors with belt-driver jack screws, 6-limit switches, DPDT relays, and a number of fuses.
Contact EDrive Actuators to Learn More About Motion Simulator Actuators
Established in 1980, EDrive Actuators pioneered the evolution of precision electromechanical actuators. We continually strive to meet or exceed our customers' expectations through exceptional service, rapid response, and design flexibility. Over the years, we have become a leading supplier of electric heavy-duty linear actuators for complex industrial automation applications.
Contact us or request a quote to learn how EDrive Actuators can meet the specific demands of your flight motion simulator project.
