TEST SYSTEMS
STEWART
6 DOF MOTION PLATFORM
At Altınay Defense Technologies, we offer the ""Stewart Platform"" (6 DOF Motion Platform for Robotics and Motion Control Systems) with our original and innovative work. The Altınay 6 DOF Stewart Platform is a specially designed system that can be used for various purposes as a simulator and motion platform.
Flexible and Customizable Architecture
The Stewart Platform has an open architecture that can be customized to fit different needs. It is designed to adapt to various applications and projects. It can be tailored to customer requirements and offers a wide range of applications.
Seamless Motion Experience
With an enhanced motion cueing algorithm, the Altınay Stewart Platform provides a seamless motion sensation. It offers a realistic and immersive experience for simulation and training purposes. It operates with high precision and accuracy, allowing users to respond to motions with great sensitivity.
High Performance and Reliability
The Stewart Platform meets high performance and reliability standards. It maintains its durability even during long-term and intensive use, thanks to its robust structure and powerful motion control system. It provides users with a safe and effective experience.
The Altınay Stewart Platform is a unique solution for robotics and motion control systems. With our innovative technologies and engineering capabilities, we aim to provide our customers with the best performance and user experience.
| Key Features | |||
| Versatile for Different Uses | |||
| Control System and Software | |||
| User-Friendly Graphic Control Interface | |||
| High-Precision Positioning | |||
| Application of Motion Commands in Desired Profiles | |||
| Advanced Control Software |
| Application Areas | |||
| Simulation | |||
| Stabilization Tests | |||
| Line of Sight Orientation Tests | |||
| Precise Motion of Airborne, Land, and Sea Platform Systems |
Technicial Specifications
| General | |||
| Maximum Load | 5600kg | ||
| Power Requirement | 400 VAC 3 Faz (10 kVA / 40 Kva) | ||
| Workspace | |||
| Surge / X | 0.7 m | ||
| Sway / Y | 0.65 m | ||
| Heave / Z | 0.65 m | ||
| Roll | 25 degrees | ||
| Pitch | 25 degrees | ||
| Yaw | 25 degrees | ||
| Maximum Velocity | |||
| Surge | 0.9 m/s | ||
| Sway | 0.9 m/s | ||
| Heave | 0.6 m/s | ||
| Maximum Acceleration | |||
| Surge | 8 m/s2 | ||
| Sway | 8 m/s2 | ||
| Heave | 9.81 m/s2 | ||