SIYI RTK Positioning & Orientation Module (ETA. Aug 10 2024)

SIYI RTK family has launched a new dual-antenna high-precision full-system full-frequency positioning and orientation module. It has advanced performance, first-class accuracy, compact size and extremely low power consumption. Equipped with theRM3100 industrial-grade magnetic compass, it can achieve single-module dual-antenna orientation, and has excellent anti-interference performance in complex electromagnetic environments, providing high-precision flight control for UAS and achieving precise operations. It helps the flight controller system to continuously empower the smart robotic ecosystem and achieve high-precision positioning and orientation and automatic navigation control.

Full-System Full-Frequency RTK Positioning System
RMM3100 Industrial Magnetic Compass
Single-Module Dual-Antenna Orientation
Anti-Interference in Complex Electromagnetic Environments
Minimalist Compact Lightweight

Full-System Full-Frequency RTK Positioning

SIYI RTK positioning and orientation module supports Beidou, GPS, GLONASS, Galileo, QzSS, and SBAS full-system full-frequency high-precision positioning, greatly improving positioning accuracy and reliability.

RM3100 Industrial Magnetic Compass

SIYI RTK positioning and orientation module is equipped with the RMM3100 magnetic compass, which significantly improves the magnetic field measurement resolution, reduces the noise level, increases the measurement range, and gives the positioning system excellent anti-interference capabilities.

Single Module Dual Antenna Orientation

You only need to use one module to connect two antennas to achieve orientation function, replacing magnetic compass and ensuring stable operation of your equipment in a complex electromagnetic environment.

Anti-Interference in Complex Electromagnetic Environments

SIYI RTK positioning and orientation module also has a built-in advanced anti-interference unit, which supports interference detection and digital encryption functions to ensure the security of data transmission. It also supports independent capture and tracking of multiple frequency points to ensure that reliable and accurate positioning results can be provided in complex electromagnetic environments.