Exhibitors

New miniature fiber optic gyroscope VG1703 can withstand up to 3000g shocks, 30g RMS vibrations. Its highly robust design is coupled with low noise performance the VG1703 features 0.008 °/√h ARW. Its ∅40x19-mm 35-gram package houses fully integrated optics and electronics. The gyros have very low power consumption of just 0.5 Watt. The specially designed variants operate at extreme temperatures ranging from -60°C to +125°C. In addition, the VG1703 sensor can acquire ultimate magnetic immunity of 0.03 °/h/Gauss with an optional magnetic shield. The gyroscopes are built using company s field-proven technology matured over 30 years. Fizoptika Malta highly durable VG910H1 fiber optic gyroscopes have been in production since 1991, with more than 10,000 units supplied worldwide.

New compact fiber optic gyroscopes VG2103S are one of the most diversified models in production and designed for harshest environments. They offer excellent performance with 0.02 °/√h ARW and bias stability of 1 °/h and can withstand up to 1200g shocks. The sensors compact 80-gram housing is made of aluminium alloy and has four flanges for screw mounting. The VG2103S has the following variants: (1) 3000g shock resistance, (2) operating temperatures up to +85°C, (3) operating temperatures up to +125°C. The gyroscopes are built using company s field-proven technology matured over 30 years. Fizoptika Malta highly durable VG910H1 fiber optic gyroscopes have been in production since 1991, with more than 10,000 units supplied worldwide.

The fiber optic gyroscope VG910H1 features a durable and field-proven design, matured over 30 years with more than 10,000 units supplied worldwide. In the recently upgraded VG910H1 improved durability is combined with even higher reliability. Due to the reinforced inner structure and rugged aluminium housing, the gyros withstand up to 1200g shocks, 30g RMS vibrations. Some variants can operate at +85°C / +125°C temperatures.

The U183 is a FOG-based inertial measurement unit (IMU) with an ultra-compact cylindrical form factor (∅46 x 111). Featuring three FOGs and three MEMS accelerometers, it delivers low noise performance of 0.03°/√h ARW and includes a fully-integrated ADC board with RS422 serial communications. The unit is available in either aluminium or μ-metal housing with magnetic response of 3 or 0.1 °/h/Gauss respectively. The miniature non-ITAR IMU is ideal for a range of unmanned systems applications, including inertial navigation for UAVs, USVs and UUVs, and drone flight control.

The U121D is a FOG-based inertial measurement unit (IMU) with a lightweight compact form factor (145 gram, 63x56x40 mm) and robust aluminium housing. Featuring three FOGs and three MEMS accelerometers, it consumes just 1.5 Watt of power and includes a fully-integrated ADC board with RS422 serial communications. The U121D delivers low noise performance with 0.05°/√h ARW. Due to its design, the FOG IMU has just 0.3°/h/Gauss magnetic response The miniature non-ITAR IMU is ideal for a range of unmanned systems applications, including inertial navigation for UAVs, USVs and UUVs, and drone flight control.

The U123D is a FOG-based inertial measurement unit (IMU) with a lightweight ultra-compact cylindrical design (∅40×100 mm, 180 gram) and robust μ-metal housing. Featuring three FOGs and three MEMS accelerometers, it consumes just 1.5 Watt of power and includes a fully-integrated ADC board with RS422 serial communications. The U123D delivers low noise performance with 0.05°/√h ARW. Due to its magnetically shielded housing, the FOG IMU has less than 0.1°/h/Gauss magnetic response. The miniature non-ITAR IMU is ideal for a range of unmanned systems applications, including inertial navigation for UAVs, USVs and UUVs, and drone flight control.