3D Content Creation

for Game/Film Industry

 

Simge VR Lab

 
 

WoodBall

Didn't you play yet? WoodBall is available on Google Play and coming soon to App Store!

 
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MOTION PLATFORM

We are producing various types of Motion Platforms which are ready to use. However, if you need a special type of simulator or a revision on our products, please contact with us. We will do our best to fit our solutions to your needs.

2-DoF Motion Platform

2 DoF(Degree of Freedom) motion platforms are low-cost parallel platforms which are able to move in its two axes that are pitch and roll by default. Mostly preferred by “introduction to training” simulators or entertainment simulators.

3-DoF Motion Platform

Our highest performance/price ratio product. 3 DoF motion platform offers a motion capability in vertical axis to simulate vertical accelerations in addition to 2 DoF motion platforms can do. These platforms are mostly used in driving simulators.

6-DoF Motion Platform

Also called Stewart platform that provides the highest level of motion sensation. Stewart platforms are mostly used in professional simulators like flight training simulators. 6 DoF motion platforms are able to carry high payloads.

Motion Platform for Simulator
2 Dof Motion Platform

2-DoF Motion Platform

Mechanical Specification

Architecture : 2 Degree of Freedom Parallel Platform
Length : 1200 mm
Width : 1200 mm
Height(neutral) : 800 mm
Weight : 120 kg

Performance Specification

Pitch (Displacement/Velocity/Acceleration) : ±18°; 27°/s; 280°/s^2
Roll (Displacement/Velocity/Acceleration) : ±18°; 27°/s; 280°/s^2
Payload Limit : 600 kg
Payload Moment of Inertia : 140 kgm^2
Payload CG Horizontal Offset : Less than 150 mm (Relative to operator seat)
Payload CG Vertical Offset : Less than 550 mm (Relative to operator seat)

Electrical Specification

Actuation : Fully Electric
Power Requirements : 220-240 VAC 8 Amps
Connection Interface : USB 2.0

3-DoF Motion Platform

Mechanical Specification

Architecture : 3 Degree of Freedom Parallel Platform
Length : 1400 mm
Width : 1400 mm
Height(neutral) : 800 mm
Weight : 160 kg

Performance Specification

Pitch (Displacement/Velocity/Acceleration) : ±18°; 27°/s; 280°/s^2
Roll (Displacement/Velocity/Acceleration) : ±18°; 27°/s; 280°/s^2
Heave (Displacement/Velocity/Acceleration) : ±150mm; 170 mm/s; 0.6 G
Payload Limit : 900 kg
Payload Moment of Inertia : 170 kgm^2
Payload CG Horizontal Offset : Less than 150 mm (Relative to operator seat)
Payload CG Vertical Offset : Less than 550 mm (Relative to operator seat)

Electrical Specification

Actuation : Fully Electric
Power Requirements : 220-240 VAC 8 Amps
Connection Interface : USB 2.0

3 DoF Motion Platform
6 DoF Motion Platform

6-DoF Motion Platform

Mechanical Specification

Architecture : 6 Degree of Freedom Parallel Platform (Stewart Platform)
Length : 1800 mm
Width : 1600 mm
Height(neutral) : 1200 mm
Weight : 450 kg

Performance Specification

Pitch (Displacement/Velocity/Acceleration) : ±24°; 20°/s; 280°/s^2
Roll (Displacement/Velocity/Acceleration) : ±20°; 25°/s; 280°/s^2
Yaw(Displacement/Velocity/Acceleration) : ±28°; 30°/s; 280°/s^2
Heave (Displacement/Velocity/Acceleration) : ±250 mm; 280 mm/s; 0.6 G
Surge (Displacement/Velocity/Acceleration) : ±200 mm; 300 mm/s; 0.6 G
Sway (Displacement/Velocity/Acceleration) : ±250 mm; 280 mm/s; 0.6 G
Payload Limit : 1200 kg
Payload Moment of Inertia : 400 kgm^2
Payload CG Horizontal Offset : Less than 150 mm (Relative to operator seat)
Payload CG Vertical Offset : Less than 550 mm (Relative to operator seat)

Electrical Specification

Actuation : Fully Electric
Power Requirements : 380 VAC 12 Amps
Connection Interface : USB 2.0

CUSTOMIZABLE

MOTION CUEING SOFTWARE

Simge Motion Master

Most of well known simulation games such as Lfs, rFactor, XPlane, Microsoft Fligh Simulator and many more are supported by our Motion Cueing Software called Simge Motion Master. If you want to integrate your own simulation game, you can easily do it by using our software API.

* Motion Optimization Tools
* Real Time Game Data Monitoring
* Washout Algorithms
* Motion Space Monitoring
* Various Types of Filters for Different Applications
* Fine Tuning Parameters

Motion Cueing Software