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Technical Specifications of Handled Fusion imaging Binoculars 1.Uses Handled fusion imaging binoculars combine the technology of infrared and solid low-light-level imaging, with the function of localization,it can be used for battle field reconnaissance and observation, also the binoculars are ...
Model FG-700B Fast Response Long Warranty Fiber Optic Attitude and Heading Reference System The FG-700B Attitude & Heading Reference System delivers exceptional value with low cost, high reliability, and safety for measuring heading, attitude, position, velocity, and acceleration of carriers. ...
High Precision TDLG90S Ring Laser Gyroscope: Features ultra-low bias stability (0.002°/h), ARW (0.0004°/√hr), and scale factor error (≤2ppm). Certified for aerospace, marine & land navigation. Compact (2kg), robust design with wide dynamic range (±400°/s) and >200Hz bandwidth.
Military-grade F50 fiber optic gyroscope with 0.5°/hr bias drift, ±500°/s range, and 200Hz bandwidth. Compact 50×50×35mm design, operates from -40°C to 60°C. Certified performance with low power consumption under 5W.
High-accuracy three-axis fiber optic gyroscope with 0.5°/hr bias drift, ±500°/s range, and ≤0.1°/√h random walk. Compact design (Φ79.5mm), robust construction, and RS422 interface for precise inertial measurement in demanding applications.
TDL45C airborne optical gyro INS delivers ≤1nm/12h position accuracy with MTBF >15,000 hours. Features multi-sensor fusion, adaptive alignment modes, and robust performance in extreme conditions (-40℃~60℃, 15g shock).
TDF121A marine fiber optic INS delivers high reliability with 0.003°/hr gyro bias, 25g acceleration tolerance, and 20,000+ hours MTBF. Features Ethernet/RS422 interfaces, supports inertial/GNSS/DVL integration for USVs/UUVs in extreme environments.
TDLG70S Ring Laser Gyroscope delivers exceptional precision with bias stability to 0.006°/h and ARW to 0.0015°/√hr. Features wide ±400°/s dynamic range, >200Hz bandwidth, rugged construction, and compact design for demanding aerospace and navigation applications.