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Introduction The TDLG50 laser gyroscope is a rugged inertial device developed for small and lightweight requirements. It is fully benchmarked against the GG1308 laser gyro and adopts the same design and process route. Feature 1,Good stability of scale factor 2,Strong resistance to shock overload 3...
Cost-effective FG-300AH AHRS with international-grade durability. Features fiber optic gyros, 0.01° attitude accuracy, and operates in -40°C to +70°C. Ideal for marine, vehicle, and antenna stabilization applications.
FURUNO 1935 10.4 Multi-Color LCD RADAR Less Antenna X-Band Color LCD
TDF71IMU0 fiber optic inertial unit: compact (130×130×110mm), lightweight (≤2.2kg), low power (≤15W). High precision: 0.01°/h gyro stability, 20μg accelerometer error. Operates -40℃ to 60℃, ideal for unmanned systems and missile platforms.
Compact fiber optic IMU with 0.005°/h gyro stability & ±20g accelerometer range. Ideal for unmanned platforms, missiles & airborne systems. Operates at -40℃ to 60℃ with low power consumption.
Control Grade TDFG50S FOG: High-performance fiber optic gyroscope with ±400°/s range, <2°/h bias stability, and 0.03°/√hr ARW. Compact 50mm design, all-solid-state construction, and MIL-HDBK-217F reliability (>150k hrs MTBF). Ideal for missile guidance, stabilization, and industrial control systems.
Navigation-grade TDFG40T FOG offers high precision (0.04°/h accuracy), robust vibration resistance (6.06g), and compact design (60×60×28mm). Features all-solid-state reliability, fast startup, and digital output for aerospace, marine, and industrial applications.
Navigation-grade TDFG70S FOG offers high precision (0.01°/h accuracy), compact design (70×70×32mm), and robust performance with MIL-HDBK-217F reliability (>150k hrs MTBF). Ideal for aerospace, marine, and industrial automation.