Simulation Tables

Delivering Unsurpassed Hexapod-Based Performance

For the highest performance throughout the vehicle development process, smart test and development engineers rely on the Moog Simulation Table as a truly indispensable tool.

Providing a full six degrees of freedom (6 DOF), the Moog Simulation Table  is used to simulate acceleration and displacement outputs, and reproduce key data collected on proving grounds. Its integrated control hardware and software provides the most flexible, highest performing test equipment available.

The Moog family of Simulation Table solutions includes two standard systems designed for the world’s most demanding test lab environments. The systems incorporate fatigue-rated hydrostatic servoactuators that can deliver more than 14 g of vertical acceleration to payloads beyond 680 kg (1,500 lbs).

In addition, the systems’ unique design takes up less than half the space of conventional shaker tables, saving on valuable lab space and reducing overall facilities costs.

Simulation Tables

High Frequency Electric Simulation Table

A high frequency simulation table is a dynamic system designed to perform research and development tests. It requires an appropriate configuration, coupled with a control system featuring a state -of-the-art digital architecture, using the latest hardware and software.

High Frequency Hydraulic Simulation Table

A high frequency simulation table is a dynamic system designed to perform research and development tests. It requires an appropriate configuration, coupled with a control system featuring a state -of-the-art digital architecture, using the latest hardware and software.

Applications

  • Noise and vibration testing
  • Component and subsystem structural performance
  • Ride quality assessment of seat systems, cockpit modules and entire vehicles

Advantages

  • 6-DOF performance
  • Quick installation and commissioning
  • Faster test times
  • Less downtime
  • Lower lifecycle costs
  • Smaller footprint
  • Better replication range
  • Safer, more reliable performance
  • Greater customization
  • Lower energy consumption
  • More user-friendly software