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MOTION CONTROL AT THE SPEED OF TECHNOLOGY™
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Test, Simulation & Ground Support Motion Systems
Test, simulation, and ground support motion systems rely on controlled, repeatable, and instrumented movement to validate aircraft components, flight-control behaviors, structural durability, and subsystem performance.
Electromate supplies servo motors, high-force actuators, precision gearheads, and high-resolution feedback devices used in aerospace testing environments where consistency and measurable accuracy are essential.
These systems support hardware-in-the-loop (HIL) setups, ground-based flight simulations, component fatigue testing, and electromechanical upgrades that replace legacy hydraulic systems.
Where These Systems Are Used
Test, simulation, and ground support motion systems built with our mechatronic components support:
- Hardware-in-the-loop (HIL) systems for flight-control actuation and subsystem testing
- Electromechanical replacements for hydraulic test stands and ground support equipment
- Durability, thermal, and vibration test rigs requiring precise cycle control
- Multi-axis motion platforms for pilot training and system-response simulation
- Actuation for aerodynamic load stands, hinge-moment testing, and control-surface evaluation
- Linear and rotary motion assemblies used in component qualification routines
- Electromechanical drives for equipment handling and maintenance-support platforms
Key Benefits
- High repeatability and low drift for long-duration test cycles
- Servo control with precise velocity, force, and position profiling
- Electromechanical actuation that reduces maintenance compared to hydraulic systems
- High-resolution encoder feedback for measurable, traceable test data
- Robust drive systems suitable for high-duty, continuous-cycle operation
- Configurable axes supporting both benchtop test rigs and large multi-axis systems
- Compatibility with instrumentation, data acquisition, and aerospace test frameworks
Technologies Supplied by Electromate
Electromate provides the motion technologies required to build reliable aerospace test and simulation platforms, including:
- High-force linear actuators for load testing and control-surface simulation
- Servo motors engineered for controlled motion profiles and dynamic response
- Precision planetary and harmonic gearheads for stiffness and backlash control
- High-resolution encoders suited for metrology-driven test environments
- Integrated servo actuators for compact test rigs and embedded simulation tools
- Linear motion assemblies designed for endurance and repeated cycling
- Drives and controllers optimized for closed-loop performance in test and simulation setups
These components help system designers achieve predictable motion, sensor integration, and stable long-term operation in aerospace testing environments.
Applications in Canada
Canadian aerospace test and simulation capabilities are concentrated across several regions:
- Québec – Flight simulation manufacturers, HIL test development, system-response testing, and advanced component qualification platforms.
- Ontario – Environmental labs, fatigue and structural test facilities, vibration test rigs, and electromechanical replacements for aging hydraulic systems.
- Manitoba – Aerodynamic test operations, ground-support equipment motion platforms, and component-qualification infrastructure.
- British Columbia – UAV-related testing, endurance rigs, and electromechanical simulation tools supporting emerging aerospace programs.
These regions benefit from stable, configurable electromechanical systems that improve test accuracy, measurement reliability, and operating efficiency.
