1D4T

Single-Axis Attitude Control Test System

A direct Hardware-in-the-Loop (HIL) platform built for exact aerospace testing. The 1D4T integrates four specific capabilities—from ADCS validation to reaction wheel analysis—into one physical testbed. Supported by native MATLAB/Simulink integration and a custom multi-platform GUI, it gives engineers real-time telemetry to confidently verify control algorithms.

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Spherical Air Bearing

A precision-engineered platform designed to simulate microgravity environments on Earth. Offering true 3-axis frictionless motion, this system is essential for validating ADCS hardware, calibrating IMUs, and determining center of mass. It establishes a reliable free-motion baseline, allowing engineers to test attitude control laws and optical stabilization systems under realistic dynamic loads.

  • Frictionless Motion

  • Absolute Precision

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Stay update with our latest technical papers

Discover the latest insights, trends, and resources to keep you informed and ahead in the dynamic world of engineering and technology.

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Design of Sandwich Structures for High V...

Design of Sandwich Structures for High Vibration and Noise Conditions Authors: Mehmet Ziya Polat, Ferhat Kadioglu Conference/Journal: Composite Materials and Structures II Publication Date: 19.01.2023

Experimental and numerical vibration ana...

Experimental and numerical vibration analysis of GLARE beams Authors: Mehmet Ziya Polat, Ferhat Kadioglu, Hamza El Etri Conference/Journal: 10th International Conference on Recent Advances in Air and ...

Investigation of Flapping Wings as an Al...

Investigation of Flapping Wings as an Alternative to Axial Flow Fans Authors: Emin Burak Ozyilmaz, Mustafa Kaya, Munir Elfarra Conference/Journal: Bio-Inspired Aerodynamics I Publication Date: 29.12.2...

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