The ER-GNSS/MINS-01 is an ultra-high precision integrated navigation system designed to meet the growing demands for accuracy and reliability in positioning, attitude, and velocity information. It is equipped with highly accurate and reliable MEMS gyroscopes and MEMS accelerometers, and integrates a dual-antenna, full-system, full-frequency band positioning and orientation satellite module, providing users with an unprecedented navigation experience.
Outstanding Performance, Precise Guidance
The system offers extremely precise integrated navigation information, with attitude accuracy reaching 0.01° and post-processing accuracy as high as 0.004°; heading accuracy is 0.05°, and post-processing heading accuracy is 0.01°.
The gyroscope bias instability is less than 0.02°/h, with a measurement range of ±200°/s; the accelerometer has a measurement range of ±60g and a bias instability of less than 2μg.
These outstanding performance indicators ensure the leading position of ER-GNSS/MINS-01 in high-precision navigation and positioning.
Full-band Dual Antennas, Flexible Adaptation
The built-in full-band, full-system dual-antenna positioning and orientation GNSS module not only supports high-precision positioning and velocity measurement with a single antenna but also has a dual-antenna rapid orientation function. This enables ER-GNSS/MINS-01 to perform well in various application scenarios such as urban mapping, road base positioning, and navigation, and flexibly adapt to complex environments.
Wide Temperature Range, Stable and Reliable
The operating temperature range of the device covers -40°C to +80°C, ensuring the stability of bias performance. This wide temperature range design allows ER-GNSS/MINS-01 to operate normally in extreme weather and complex environments, providing users with uninterrupted navigation services.
Multiple Data Interfaces, Convenient Access
To facilitate installation and use by users, ER-GNSS/MINS-01 provides multiple data interfaces, including RS422/RS232 and CAN standardized user communication protocols. These interfaces enable the device to be easily integrated into various systems, facilitating rapid data transmission and processing, and improving work efficiency.
Precision Housing, Durable and Aesthetic
With a precision aluminum alloy housing design, ER-GNSS/MINS-01 not only has an elegant appearance but also high reliability and durability. It can be widely applied in large unmanned aerial vehicles, flight data recorders, intelligent unmanned vehicles, and urban mapping, providing users with stable and reliable navigation support.
In summary, ER-GNSS/MINS-01, with its outstanding performance indicators, full-band dual-antenna design, wide temperature range adaptability, multiple data interfaces, and precision housing design, stands out in the fields of aviation and land navigation, leading the new era of precise navigation.
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