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Sistema de navegação inercial de alta precisão com tempo de inicialização ≤0,2s, passeio aleatório ≤0,01º/h¹ᐧ² e resistência ao choque de 15g. Apresenta navegação autônoma negada por GNSS, gabinete IP67/68 e fusão multissensor para veículos aeroespaciais, marítimos e autônomos.
Introduction The TDLG06 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...
T D F -18 Bearing Repeater Compass Ⅰ Overview The TDF-18 b earing r epeater s compass is a new type of sub-compass, which is compact and can be installed in recessed, wall-mounted or desktop type. It can transmit the ship's heading indicated by the electric compass to any place on the ship where the ...
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 ...
O INS de fibra óptica marítima TDF62A oferece navegação estável com precisão de rumo de 0,04°, alinhamento ≤15min e MTBF de mais de 20.000 horas. Ideal para USVs/UUVs em ambientes agressivos com interfaces Ethernet/RS422.
O TDFG70S FOG de nível de navegação oferece alta precisão (precisão de 0,01°/h), design compacto (70×70×32mm) e desempenho robusto com confiabilidade MIL-HDBK-217F (>150 mil horas MTBF). Ideal para automação aeroespacial, marítima e industrial.
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