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High-performance FOG INS with ≤0.05° heading accuracy, GPS integration, and rich I/O connections. Features AHRS+INS in one unit, military-grade durability, and supports navy ships, ROVs & UAVs.
Navigation-grade TDFG120T FOG with 0.003°/h accuracy, ±400°/s range, and MIL-HDBK-217-F reliability. All-solid-state design ensures instant startup, low power consumption, and robust performance in extreme environments (-40℃ to +70℃).
TDF46A airborne optical gyro inertial navigation system delivers ≤0.8nm/h position accuracy with multi-sensor fusion (GNSS, celestial, visual). Features 20,000+ hours MTBF, -40℃~60℃ operation, and supports ground/in-flight alignment for UAVs and specialized aircraft.
TDFG60T: Navigation-grade FOG with 0.01°/h accuracy, ±400°/s range, 10s startup. All-solid-state design, RS-422 output, MIL-HDBK-217F reliability (>100k hrs). Ideal for aerospace, marine, and industrial INS.
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.
TDL46A vehicle-mounted optical gyro positioning equipment offers high-precision navigation with ≤10m accuracy, supports multiple integration modes (ZUPT/GNSS/odometer), and operates in extreme conditions (-40℃~60℃). Features low power consumption (<20W), compact design, and 20,00
High-precision inertial navigation system with ≤0.2s startup time, ≤0.01º/h¹ᐧ² random walk, and 15g shock resistance. Features autonomous GNSS-denied navigation, IP67/68 enclosure, and multi-sensor fusion for aerospace, marine, and autonomous vehicles.
TDFG70T navigation-grade FOG offers high precision (0.01°/h), compact size (60×60×28mm), and robust performance with MIL-HDBK-217-F reliability (>100,000hr MTBF). Ideal for guided weapons, aircraft, and industrial applications requiring stable angular velocity sensing.