Highest Quality, Safety and Reliability Offered in 6-DOF

E2M designs and manufactures 6-DOF electric motion platforms in various sizes and payloads to accommodate any workspace environment and payload application.  E2M’s deep experience in the developing motion platform systems has resulted in some of the world’s most unique motion systems for its 6-DOF product line to include overdetermined systems that achieve the highest levels of safety and reliability through redundancy, and ultra-high payload systems that utilize pneumatic support systems, currently giving E2M the world’s highest payload capacity for a 6-DOF motion platform at 40,000kg.

As a major motion system provider for fixed-wing aviation training simulators, E2M is proud to be one of just a few providers world-wide that can deliver FAA Level-D qualified 6-DOF motion platforms for Full Flight Simulators (FFS) as well as motion platform systems qualified for Level-C and Level-B flight simulation in a variety of stroke and payload options.  E2M also provides this level of motion systems to support rotary wing training systems to include high-frequency vibration platforms with motion for helicopter cockpits.

From compact motion systems to Level-D qualified motion systems, E2M provides the full-spectrum of 6-DOF motion platform systems with the best motion cueing software available.  E2M understands that every customer has unique needs for their application and will gladly build the right motion system, or components thereof, that works for your unique requirements.

Common Usage Examples

  • Military & Civilian Driving Simulators
  • Fixed & Rotary Wing Simulators
  • Commercial Entertainment
  • Research and Development
  • Customize Your Solution

6-DOF Products

eM6 640 3000

The eM6-640-3000 is a six degrees of freedom electric motion system with an actuator stroke of 640 mm, designed for use in simulation systems.

eM6 1400 14000

The eM6 1400 14000 is the latest generation, state of the art, fully electric 6 degrees of freedom motion system with a gross moving load of up to 14000 kg...

eM6 1070 9000

The eM6 1070 9000 is a latest generation, fully electric 6 degrees of freedom motion system with a gross moving load of up to 9000 kg...

eM6 1250 40000 CCT

The eM6 1250 40000 CCT is an electric, 6-DOF motion system designed for use in simulation systems for wide-body aircraft cabin crew trainers like A320 or B737.

eM6 720 4000

The eMove eM6 720 4000 is a six degrees of freedom, fully electric motion system with an actuator stroke of 720mm, designed for use in simulation systems.

eM6 640 1800

The eMove eM6 640 1800 is a six degrees of freedom electric motion system with an actuator stroke of 640mm, designed for use in simulation systems.

eM6 400 1500

The eMove eM6 400 1500 is a six degrees of freedom electric motion system with an actuator stroke of 400mm, designed for use in simulation systems.

eM6 388 12000 CCT

The eM6 388 12000 CCT is an electric, 6 DOF motion system designed for use in simulation systems for cabin emergency evacuation training.

eM6 300 1500

The eM6 300 1500 is the smallest E2M electric motion system with linear actuators, with a settled height of only 0.71m. The perfect form, fit and function...

eM6 900 20000 CCT

The eMove eM6 900 20000 CCT is a six degrees of freedom electric motion system with an actuator stroke of 900mm, designed for use in cabin crew trainer systems.

eM6 670 2000/3000/4000

Through the use of an adjustable base frame we have been able to increase the actuator stroke to 670 mm while still being able to fit the system assembled into a standard shipping container.

eM6 ROT 1000

The eM6 ROT 1000 is an extremely compact six degrees of freedom electric motion system with rotary actuators, designed for use in mobile simulation systems or facilities with a low ceiling...

eM6 100/200-1500

E2M has revolutionized the compact motion platform system lineup with the first compact linear actuator platform.  Boasting a large payload of 1500kg...

Octapod eMove A8

Octapod eMove A8 The eMove eM6 A8 is a synergistic six degrees of freedom fully electric motion system. It is designed as an Octopod, using 8 actuators in parallel, which offers key advantages [...]