Technology

The Technologies Behind Advanced Motion Simulation

Servos & Simulation develops and integrates the core technologies that power professional simulation, training, research, testing, and entertainment systems.

Our expertise spans motion platforms, control loading systems, servo control technology, simulation software, and system integration—creating complete solutions that deliver accurate, repeatable, and reliable performance.

Whether supporting FAA-qualified flight simulators, military training devices, research laboratories, or immersive entertainment systems, our technologies are engineered to perform in demanding environments.

Motion Platform Technology

Motion platforms recreate real-world movement by precisely controlling one or more axes of motion.

Our motion systems are available in configurations ranging from:

These systems are designed to simulate:

Aircraft movement
Vehicle dynamics
Maritime environments
Human motion perception
Specialized testing conditions

By combining advanced mechanics with high-speed servo control, our platforms provide smooth, accurate, and repeatable motion.

Servo Control Technology

At the core of every motion platform and control loading system is a closed-loop servo control system.

Servo technology continuously:

Receives commands
Monitors actual system performance
Compares target and actual values
Makes real-time corrections

This process enables:

High positional accuracy
Smooth motion response
Precise force control
Long-term repeatability

Servo-loop driven systems offer significant advantages in performance, reliability, and maintenance compared to traditional hydraulic solutions.

Control Loading Technology

Control loading systems provide realistic force feedback for simulation controls.

Rather than simple springs, servo-driven control loaders dynamically adjust resistance based on simulator conditions.

Applications include:

Aircraft yokes
Rudder pedals
Throttles
Side-stick controllers
Specialized operator interfaces

This allows users to experience realistic control forces that closely replicate real-world operation.

Motion Cueing Technology

Motion cueing is the process of creating realistic sensations of movement within the physical limits of a motion platform.

Advanced algorithms simulate:

Acceleration
Deceleration
Banking turns
Turbulence
Runway and road surface effects

Techniques include:

Tilt coordination
Washout filtering
High-frequency motion cueing

These methods enable realistic training experiences while operating within practical motion ranges.

Precision Motion Technology

Advanced simulation applications require more than motion—they require accuracy.

Our Precision Motion Software provides:

Non-linearity compensation
Real-time motion calculations
Dynamic coordinate system control
Position tracking of the moving platform

This technology improves system accuracy and supports advanced testing and simulation environments.

Simulation Software Technology

Software is the communication layer that connects simulation systems, motion platforms, and external devices.

Our software technologies include:

Host Interface Software

Provides UDP Ethernet communication between host simulation systems and motion control computers.

Precision Motion Base Software

Enhances motion accuracy and coordinate system management.

Sea State Profile Software

Generates maritime motion profiles for marine simulation and equipment testing.

Ride Profile Software

Synchronizes motion, video, and environmental effects for entertainment applications.

System Integration Technology

Modern simulators require multiple systems to work together seamlessly.

We integrate:

Motion platforms
Control loading systems
Host computers
Visual systems
Instructor stations
Networking infrastructure
Third-party software

This ensures reliable data exchange and coordinated system operation.

Technologies by Application

Flight Simulation

6DOF motion systems
Control loading technology
FAA-capable architectures
Motion cueing systems

Military Training

Motion simulation
Operator controls
System integration
Long-term lifecycle support

Research & Laboratories

Precision motion control
Real-time data acquisition
Custom testing environments

Automotive & Vehicle Simulation

Vehicle dynamics simulation
Human factors testing
Motion platform integration

VR & Entertainment

Ride synchronization
Motion effects
DMX control
Immersive ride experiences

Why Our Technology Matters

Effective simulation depends on more than individual components. Performance comes from how motion systems, control loading systems, software, and integration technologies work together.
Servos & Simulation technologies are designed to provide:
- Precision
- Reliability
- Repeatability
- Scalability
- Long-term supportability
This allows customers to build systems that continue operating and delivering value for years or even decades.

FAQ

We support systems used in FAA qualification environments, including Level A, B, C, and Level D simulators.

No. The FAA performs simulator qualification and approval. We provide the engineering, motion, control loading, integration, and support services that help customers achieve and maintain certification-level performance.

Yes. We provide modernization services, component replacements, motion system upgrades, and control loading enhancements for existing simulators.

Yes. We regularly assist customers with older simulators, including systems no longer supported by the original manufacturer.

Yes. We can integrate new motion platforms, control loading systems, and supporting technologies into both new and existing simulation environments.

Contact our engineering team with your simulator type, current system configuration, and project goals. We'll evaluate your requirements and recommend the best path forward.

Interested?

Maintain Certification-Level Performance

Whether you’re developing a new simulator, upgrading a legacy device, or supporting a long-term training program, Servos & Simulation provides the motion control, control loading, and engineering expertise needed to keep your system operating at its best.

FAQ

We specialize in motion platforms, control loading systems, servo control technology, motion cueing, simulation software, and system integration.

Servo-loop driven systems provide precise control, real-time feedback correction, lower maintenance requirements, and highly repeatable performance.

Motion cueing uses algorithms and controlled platform movement to recreate realistic sensations of acceleration, aircraft movement, and environmental effects.

Software enables communication, synchronization, motion control, system integration, and performance optimization across the simulator architecture.

Yes. Motion systems, control loaders, software, and integration architectures can all be customized to meet specific application requirements.

Aviation, military training, research, automotive testing, maritime simulation, and entertainment systems all rely on these technologies.

Interested?

Technology Built for Performance

From precision servo control to advanced motion simulation, Servos & Simulation technologies are engineered to deliver reliable performance in the world’s most demanding simulation environments.