Servos & Simulation control loading systems deliver accurate, servo-driven force feedback for simulator controls in training, testing, and certification environments.
The Model 300‑X and Model 400‑X systems are designed to provide realistic control feel, stable performance, and long-term reliability across a wide range of simulation applications—from training devices to full-flight simulators.
Control loading systems apply dynamic force feedback to controls such as yokes, pedals, and throttles, replicating the real-world feel of operating an aircraft or vehicle.
These systems are essential for:
The Model 300‑X is designed for applications requiring accurate control feel and repeatable performance without the full complexity of certification-level systems.
Best For:
Key Capabilities:
The Model 400‑X is engineered for high-fidelity environments where performance, accuracy, and repeatability are critical.
Best For:
Key Capabilities:
In both Model 300‑X and 400‑X systems, the “X” represents the number of control axes. Typical configurations:
| Feature | Model 300‑X | Model 400‑X |
|---|---|---|
| Primary Use | Training / Mid-Level | Certification-Level |
| FAA Alignment | Level 1–7 | Level D |
| Force Feedback | High Quality | Highest Precision |
| System Complexity | Moderate | High |
| Applications | Training, Research | Full-Flight Simulation |
We design control loading systems that deliver accurate, repeatable performance over extended operational lifetimes.
Both systems are designed to integrate with:
Their flexible architecture allows deployment in both new systems and upgrades to existing simulators.
Control loading systems are used in:
The Model 300‑X is designed for training and mid-level applications, while the Model 400‑X is built for certification-level systems requiring the highest precision and performance.
Yes. Both models can be configured for different axis counts, control types, and performance requirements.
The “X” indicates the number of control axes in the system. For example, an aircraft configuration typically uses 3 axes (pitch, roll, yaw), while additional axes can be added for throttle, nose wheel steering, or other controls.
Yes. They are designed to integrate with a wide range of simulation platforms and control systems.
The choice depends on your application. Training systems typically use the Model 300‑X, while high-fidelity and FAA-certified environments require the Model 400‑X.
For all inquiries, contact Servos & Simulation to discuss technical requirements, program alignment, and procurement timelines.
