Septentrio

Summary

About

About Septentrio

Septentrio’s mosaic modules provide multi-band, multi-constellation RTK positioning in compact OEM formats. Dual-antenna products such as mosaic-H also calculate heading directly, giving slow-moving or stationary machines an orientation reference without waiting for movement-derived course information.

AIM+ technology detects and suppresses radio interference and spoofing, while GNSS/INS products combine satellite measurements with inertial data through temporary signal loss. RxTools and web interfaces support configuration, logging and diagnostics as receivers move from development boards into production robots, survey payloads and autonomous vehicles.

PRICE
Range 1Y
Return
High
Low
Updated

Products

Supply

Supply chain relationships

  • Skydio

    Outbound - Positioning & Navigation - Septentrio supplies the Mosaic X5 GNSS receiver in Skydio X10's optional RTK/PPK attachment

    Source
  • Wingtra

    Outbound - Positioning & Navigation - Wingtra's survey-drone workflow uses Septentrio AsteRx GNSS

    Source
  • ANavS

    Outbound - Navigation - ANavS integrates Septentrio mosaic-X5 modules into navigation systems for autonomous vehicles, drones and robots

    Source
  • ARK Electronics

    Outbound - Navigation - ARK G5 RTK GPS integrates a Septentrio mosaic-G5 receiver

    Source
  • SITIA

    Outbound - Navigation - Septentrio supplies the AsteRx SB dual-antenna GNSS receiver integrated into SITIA TREKTOR

    Source
  • Looq AI

    Outbound - Navigation - Septentrio mosaic-X5 GNSS modules are integrated in Looq AI Q handheld photogrammetry cameras

    Source
  • Holybro

    Outbound - Navigation - Holybro H-RTK mosaic-H and mosaic-G5 receivers integrate Septentrio mosaic-H and mosaic-G5 P3H GNSS modules

    Source
  • Systork

    Outbound - Navigation - Systork Linnet Mosaic-X5 GNSS boards integrate Septentrio mosaic-X5 receiver modules

    Source
  • excav

    Outbound - Navigation - excav selected the Septentrio mosaic-X5 module for its removable construction-machine guidance sensor

    Source
  • SUM

    Outbound - Navigation - SUM autonomous yard trucks and Level-3 shuttles use Septentrio AsteRx SBi3 Pro+ and AntaRx receivers

    Source
  • Hangzhou AGR Intelligent Technology

    Outbound - Navigation - AGR B100P industrial drones integrate Septentrio mosaic-G5 P3 GNSS modules for resilient navigation

    Source
  • TIER IV

    Outbound - Navigation - TIER IV selected the Septentrio AsteRx SB3 Pro+ receiver for its Level-4 autonomous Minibus

    Source
  • ArduSimple

    Outbound - Navigation - ArduSimple lists Septentrio mosaic receivers across its current RTK board catalog

    Source
  • Renu Robotics

    Outbound - Positioning & Navigation - Renu Robotics uses Septentrio mosaic-X5 GNSS positioning to help RenuBot operate autonomously on solar farms

    Source
  • ARK Electronics

    Outbound - Navigation - ARK states its Mosaic-X5 GPS incorporates Septentrio's mosaic-X5 receiver

    Source
  • XenomatiX

    Outbound - Positioning & Navigation - Septentrio AsteRx SBi3 Pro+ GNSS/INS is integrated into the XenomatiX XenoTrack road scanner

    Source
  • Hoverfly Technologies

    Outbound - Positioning & Navigation - Septentrio supplies GNSS chipset and positioning technology for Hoverfly Elements GPS module offerings

    Source
  • MGB-TECH

    Outbound - Navigation - MGB-TECH integrates Septentrio mosaic-X5 modules into straddle-carrier GNSS receivers for PSA Antwerp

    Source
  • Unicontrol

    Outbound - Navigation - Septentrio AsteRx RB3 receivers are integrated into current Unicontrol3D machine-control systems

    Source
  • UVify

    Outbound - Navigation - UVify integrates Septentrio mosaic-X5 and mosaic-G5 P3 modules into its drone-light-show platforms

    Source
  • Saronic

    Outbound - Positioning & Navigation - Septentrio supplies GNSS/INS receivers for resilient positioning aboard Saronic autonomous surface vessels

    Source

Timeline

Events

Relations

Relationships

  • MicroPilot

    Technology Partner - MicroPilot and Septentrio teamed on GNSS-based UAV autopilot capabilities.

  • XenomatiX

    GNSS And Inertial Positioning Technology Partner - XenomatiX is linked with Septentrio through the cited agreement.

Context

Comparable profiles

  • Point One Navigation

    comparable profile - GNSS Positioning · Precision Positioning

  • GEODNET

    stack adjacency

  • Septentrio

    stack adjacency

  • Locus Lock

    stack adjacency - Localization Hardware Supplier · GNSS Positioning

  • SBG Systems

    stack adjacency - GNSS Ins · Localization Hardware Supplier · Robot Localization

  • Swift Navigation

    stack adjacency - GNSS Ins · Robot Localization

  • Fixposition

    stack adjacency - GNSS Ins · Robot Localization

  • Inertial Sense

    stack adjacency - GNSS Ins · Robot Localization

  • MicroStrain

    stack adjacency - Localization Hardware Supplier

  • ANavS

    stack adjacency - GNSS Ins

  • Advanced Navigation

    stack adjacency - GNSS Ins · Robot Localization

  • peaq

    stack adjacency - Localization Infrastructure

Context tags

  • GNSS/INS - Stack Layer - Septentrio supplies high-precision GNSS positioning for autonomous systems.
  • Localization infrastructure - Stack Layer - Positioning infrastructure supporting drone and robot operations
  • Robot localization - Capability - Septentrio is tracked as a positioning and GNSS supplier for robotics and UAV systems.
  • Precision positioning - Capability - RTK and precise positioning capability for robotics
  • Component supply - Commercial Stage - Core business: GNSS hardware and positioning components
  • Localization hardware supplier - Stack Layer - Core peer group: GNSS positioning and RTK hardware
  • GNSS positioning - Capability - Core product: multi-frequency GNSS receivers and positioning
  • Localization hardware - Stack Layer - GNSS receiver hardware for robotics and autonomous systems
  • Positioning infrastructure layer - Stack Layer - Supplies GNSS and positioning systems used in autonomous and robotic applications.
  • Factories - Customer Environment - Industrial and factory environments for precision positioning
  • Farms and orchards - Customer Environment - Agricultural environments for RTK positioning