Áõ«hÊ״δóÕ½ºÚÈË

Vibration Platform Systems

Advanced Vibration Technology for Rotary Wing Full Flight Simulators.


The MoogVibration Platform System is a state-of-the-art electro-pneumatic solution designed to enhance the fidelity of Full Flight Simulators (FFS) for rotary wing aircraft. Offering three degrees of freedom (surge, sway, and heave) and supporting a gross moving load of up to 1,200 kg or 1,500 kg, depending on the Vibration Platform System model. This system meets the highest industry standards, including FAA, EASA, CAAC, and ICAO 9625 Type VII Level C/D certifications. Ìý

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Unrivaled Motion Simulation

Engineered to replicate rotor frequencies atop a large 6-DOF motion system, the MoogVibration Platform System delivers precise high-frequency motion cues, setting a new benchmark in vibration technology for helicopter simulation.

Built for Performance & Safety

  • CE Compliant – Meeting the highest safety and performance standards.
  • Three Degrees of Freedom – Surge, sway, and heave for realistic rotor vibration simulation.
  • Optimized for Flight Training – Enhances realism in rotary wing Full Flight Simulators.

Key Components of the Vibration Platform System:

Compact & Powerful Control Cabinet

Despite its small footprint, the Control Cabinet is designed to efficiently manage system operations. It integrates:

  • Three digital amplifiers for precise motion control
  • Emergency relay for enhanced safety
  • All essential cabling for seamless connectivity

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Intelligent Real-time Computer

A dedicated Rela-time Computer ensures an intuitive user experience, providing:

  • Seamless system integration
  • Real-time feedback & monitoring
  • User-friendly controls for optimized performance
  • Adaptive multi-Sine wave control

High-Precision Vibration Actuators

At the core of the system are three specialized actuators, each delivering controlled and precise vibrations. This ensures an unparalleled level of realism and immersion for pilots in training.

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Pneumatic support

The passive pneumatic system simply carries the static GML (Gross Moving Load) weight, as if the system was balanced on springs. The servo drives and motors of the actuators therefore only need to accelerate and decelerate the payload. In practice, this means that the servo drives and motors have a very light duty-cycle, resulting in the advantages below.

  • Energy-efficient design for more sustainable, and cost-effective operations.
  • Smaller power components, such as servo drive and motor.
  • The power components and actuator life increases due to a lower duty-cycle.
  • The heat dissipation is lower.
  • The actuators provide smoother motion cues.

Why Choose Áõ«hÊ״δóÕ½ºÚÈË?

With decades of experience in motion control and flight simulation, Áõ«hÊ״δóÕ½ºÚÈË’s Vibration Platform System is designed to deliver reliability, precision, and compliance with global aviation standards. Moogprovides the industry’s most trusted solutions.