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Zihang ZH1000A

The Shanghai Zihang Electronic Technology Co., Ltd. ZH1000A is a GNSS/INS integrated navigation system combining MEMS inertial measurement with satellite reception. Its ruggedized construction incorporates navigation computing and power modules to provide continuous heading and attitude, velocity, position and time information for navigation, surveying, control and research applications.

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Product overview

The ZH1000A combines a micro inertial measurement unit, satellite receiver module, data acquisition and navigation computation board, and power module in an integrated ruggedized design. Its high-performance MEMS inertial measurement and satellite reception modules work with a high-reliability embedded navigation computer and an optimized integrated navigation filtering algorithm. Built for reliability, shock resistance and environmental adaptability, the system supports highly dynamic conditions while delivering continuous heading and attitude, velocity, position and time information.

Applications extend from vehicle navigation and positioning to ship navigation, aviation, precision surveying and mapping, and platform stabilization and control. The ZH1000A also serves artificial intelligence and robotic control, UAV measurement and control, and dynamic vessel attitude measurement. Further uses include automated mining, precision agriculture, automated cultivation, and measurement, control and tracking of trains and containers. The integrated navigation system is also suitable for teaching and scientific research at educational and research institutions.

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Specifications

Shanghai Zihang Electronic Technology Co., Ltd. ZH1000A specifications
SpecificationValue & conditions
ManufacturerShanghai Zihang Electronic Technology Co., Ltd.
Model and product typeZH1000A GNSS/INS integrated navigation system
System componentsMicro inertial measurement unit (MIMU), satellite receiver module, data acquisition and navigation computation board, and power module
Inertial and satellite sensingHigh-performance MEMS inertial measurement and satellite receiver modules
Navigation computerHigh-reliability embedded integrated navigation computer
Navigation filteringOptimized integrated navigation filtering algorithm
Construction and dynamic adaptabilityIntegrated ruggedized design for high reliability and adaptability to highly dynamic conditions
Shock resistance and environmental adaptabilityHigh reliability, strong shock resistance and strong environmental adaptability
Navigation outputsContinuous heading and attitude, velocity, position and time information
Navigation, surveying and control applicationsVehicle navigation and positioning, ship navigation, aviation, precision surveying and mapping, platform stabilization and control, artificial intelligence and robotic control, UAV measurement and control, and dynamic measurement of vessel attitude
Automation and tracking applicationsAutomated mining, precision agriculture and automated cultivation, and train and container measurement, control and tracking
Teaching and research applicationsTeaching and scientific research at educational and research institutions

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