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VUM982 All-Constellation, Multi-Frequency Centimeter-Level Positioning & Heading Module

VUM982 is a high-performance module supporting centimeter-level positioning and heading, suitable for various unmanned systems and multi-platform applications.
VUM982 All-Constellation, Multi-Frequency Centimeter-Level Positioning & Heading Module

제품 소개

The VUM982 is an ultra-high-performance GNSS module engineered to deliver centimeter-level positioning accuracy and precision heading (orientation) data. Built for absolute reliability across demanding environments, this tactical-grade module is highly versatile and optimized for seamless integration across an array of uncrewed system form factors, including UAVs (aerial drones), UGVs (ground robotics), and USVs (autonomous marine vessels).

By leveraging all-constellation, multi-frequency concurrent tracking, the VUM982 provides rapid RTK initialization and ultra-robust signal retention. When configured in a dual-antenna layout, the module calculates high-precision heading vectors mathematically from satellite signals, completely bypassing the vulnerabilities of traditional magnetic compasses in high-EMI or metallic environments.

사양

  • 제품 소개

  • 사양

The VUM982 is an ultra-high-performance GNSS module engineered to deliver centimeter-level positioning accuracy and precision heading (orientation) data. Built for absolute reliability across demanding environments, this tactical-grade module is highly versatile and optimized for seamless integration across an array of uncrewed system form factors, including UAVs (aerial drones), UGVs (ground robotics), and USVs (autonomous marine vessels).

By leveraging all-constellation, multi-frequency concurrent tracking, the VUM982 provides rapid RTK initialization and ultra-robust signal retention. When configured in a dual-antenna layout, the module calculates high-precision heading vectors mathematically from satellite signals, completely bypassing the vulnerabilities of traditional magnetic compasses in high-EMI or metallic environments.

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