Mouser Electronics Stocks New Xsens Sirius Modules
The distributor is adding the advanced RTK GNSS and inertial navigation systems to its extensive electronics inventory.
Updated on Oct. 15, 2026 in Robotics
Live Poll
Do you believe advanced navigation sensors will improve the reliability of autonomous vehicles and industrial systems?
Mouser Electronics has officially begun stocking the Xsens Sirius RTK GNSS/INS modules. These advanced navigation units combine quad-band receivers with sensor fusion technology to maintain high accuracy in challenging conditions.
Why it matters
These modules are engineered to provide precise positioning where conventional navigation systems typically suffer from signal degradation or loss. They offer engineers a robust solution for real-time data quality assessment through built-in uncertainty output metrics.
The Xsens Sirius modules integrate quad-band GNSS receivers with sensor fusion and feature RS232, RS422, CAN, and CAN-FD interfaces. Each unit is built to withstand rigorous operating environments, meeting MIL-STD-202 standards for shock and vibration.
The players
Mouser Electronics
This global distributor operates out of Dallas, Texas, serving over 650,000 customers across 223 countries and territories.
Xsens
The company specializes in motion tracking and sensor fusion technology for demanding navigation and robotics applications.
The details
The modules utilize advanced sensor fusion to provide reliable location tracking even in environments where standard signals degrade. They provide users with real-time uncertainty output, allowing for immediate assessment of data quality in critical applications.
Timeline
October 15, 2026: Mouser Electronics began stocking the Xsens modules.
The Tech Race
The integration of MIL-STD-202 standards into commercial navigation hardware reflects a broader industry shift toward ruggedizing robotics for harsh environments. This positions the Sirius modules as a direct alternative to consumer-grade sensors that lack necessary durability for industrial deployment.
Engineers and developers in the Mansfield area can now access these high-precision navigation modules directly through the Mouser distribution network. This ensures quicker prototyping and shorter supply chain lead times for those building robotics systems that require reliable positioning.
The takeaway
Reliable navigation remains a critical hurdle for autonomous robotics, and incorporating sensor fusion is essential for mission-critical reliability. Engineers should prioritize components that provide real-time uncertainty data to ensure their systems remain functional when primary signals are obstructed.
Further reading
Learn more about the latest innovations in Robotics for precision engineering applications.
More information
View full technical specifications and documentation on the Xsens Sirius module product page.
Source note: This article includes information reported by Military & Aerospace Electronics.
Live Poll
Do you believe advanced navigation sensors will improve the reliability of autonomous vehicles and industrial systems?
