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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.
Introduction The TDLG30 laser gyroscope is a small laser gyroscope developed for high dynamic, high shock, high vibration and low cost applications. The unique configuration and reinforcement technology makes the product compact and rugged, with excellent dynamic adaptability. Feature 1,Good ...
Introduction The TDLG90 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...
TDD-5 Digital Repeater Compass: Compact marine compass with 0.1° accuracy, IP22 protection, and RS422/RS232 interface. Features analog/digital display with adjustable brightness for reliable heading transmission.
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.
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.
TDF62A marine fiber optic INS delivers stable navigation with 0.04° heading accuracy, ≤15min alignment, and 20,000+ hours MTBF. Ideal for USVs/UUVs in harsh environments with Ethernet/RS422 interfaces.
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.