Motion Platforms & Hardware Components
Custom multi-DOF motion systems - the foundation of every full-motion simulator
Custom-engineered motion platforms from 2 to 6 degrees of freedom, supporting payloads from 300 kg to 15,000 kg. The hardware backbone of full-motion train driving simulators, helicopter FSTDs and defence simulators.
Overview
CC Engineers designs and supplies motion platforms as core components used within train driving simulators, helicopter flight training devices and defence vehicle simulators. In partnership with E2M, OMRON and Ewellix, we combine global motion technology with indigenous simulation integration expertise. Our platforms are engineered for continuous operation under demanding training conditions, with comprehensive safety systems, maintenance support and custom application integration.
Key Features
- 2 DOF to 6 DOF configurations (roll, pitch, yaw, surge, sway, heave)
- Payload capacity: 300 kg to 15,000 kg and custom requirements
- High-fidelity motion cue generation from simulation software
- Motion software API for Unity, Unreal and proprietary simulation engines
- Emergency stop and safety interlock systems
- Designed for continuous operation in training environments
- Instrumented simulator cab integration
- Customised application support and commissioning
System Configurations
2 DOF Platform
Roll and pitch motion for cost-effective driving sensation in desktop cab and functional simulator applications.
3 DOF Platform
Roll, pitch and heave for enhanced motion fidelity in railway driving and maintenance simulator applications.
6 DOF Platform
Full six-axis motion for maximum fidelity in full-mission train driving simulators, helicopter FSTDs and defence simulator applications.
Potential Applications
Full-motion train driving simulator platforms
Helicopter flight simulation and training devices (FSTD)
Defence and combat vehicle simulators
Amusement and museology ride platforms
Research and test rigs requiring controlled motion input
Sectors
Frequently Asked Questions
Interested in Motion Platforms & Hardware Components?
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