MostaTech is set to exhibit its latest advancements in inertial sensing technology at the SAHA International Defence & Aerospace Exhibition 2026 in Istanbul.
For projects requiring high-density integration, the showcase includes three-axis FOGs that deliver precise multi-axis motion sensing within a compact architecture. These systems’ typical applications include borehole survey and image stabilisation for UUVs, ROVs, and USVs as well as in aerospace environments. They combine low-noise performance with high-speed digital output.
A notable feature of the presentation is the VG221, an ultra-miniature gyroscope measuring only Ø33×12 mm and weighing 25 g. Despite its small form factor and low 0.3W power consumption, it offers built-in magnetic shielding to maintain performance in environments subject to high magnetic interference.
The company will also highlight several ruggedized single-axis fiber optic gyroscopes (FOGs) engineered for reliable performance under severe mechanical stress. The VG2103S-3000 is built for the harshest environments, featuring shock resistance up to 3000 g and vibration endurance of 18 g while maintaining low noise. Similarly, the VG910H1 provides 1200 g shock resistance and 30 g vibration endurance. Both units are designed to operate across a broad temperature range from -60°C to +125°C, ensuring stability in demanding aerospace and defense platforms.
These inertial sensors are developed as non-ITAR, cost-effective solutions focused on low Size, Weight, and Power (SWaP) requirements. The technology supports a variety of critical systems, including inertial navigation for autonomous platforms such as UAVs, UUVs, and USVs, as well as gimbal stabilization and flight control for both manned and unmanned aircraft.
MostaTech will be demonstrating these robust inertial solutions at stand 1F-14 from May 5-9.
