• A9 Smart Antenna

    A9 Smart Antenna

    The A9 Smart Antenna, powered by the Septentrio Mosaic-X5 GNSS module, provides outstanding performance with rapid signal acquisition, high precision, and exceptional resilience in challenging environments. It is equipped with advanced tracking capabilities and supports multiple GNSS constellations. The A9 Smart Antenna’s compact design makes it highly portable while providing superior stability and low power consumption for extended use. It seamlessly integrates into both proprietary WebUI and Septentrio’s WebUI, offering ease of configuration, monitoring, and real-time data access. Whether you’re in professional surveying, mapping, or amateur navigation, the A9 Smart Antenna provides the reliability and accuracy you need for any application.

  • H-DK

    H-DK

    The H-DK Mosaic H GNSS receiver, powered by the advanced Septentrio Mosaic H core, delivers high precision and reliability in GNSS-based applications. Featuring integrated AIM+, IONO+, and APME+, the H-DK ensures superior performance in challenging environments, including urban canyons and areas with high interference. Its compact design makes it versatile and easy to integrate into a wide range of applications such as autonomous vehicles, drones, geospatial mapping, and surveying. With robust signal tracking capabilities and support for multiple GNSS constellations, the H-DK Mosaic H is a top choice for industries requiring high-accuracy navigation solutions.

  • HB6

    HB6

    The HB6 GNSS receiver integrates Septentrio Mosaic X5/H core, renowned for its high precision and reliability in demanding areas. With advanced technologies such as AIM+, IONO+, and APME+, it ensures superior accuracy even in challenging environments. This receiver is designed for seamless integration into a wide variety of systems, offering optimal performance for industrial, geospatial, and autonomous applications. The HB6 is optimized for use in dynamic conditions, providing continuous, real-time GNSS data with high resistance to interference. The combination of cutting-edge features and robust design ensures that the HB6 GNSS receiver is the go-to solution for high-precision navigation and positioning needs.

  • HB6 Pro

    HB6 Pro

    The HB6 Pro is a high-precision GNSS receiver based on the Septentrio Mosaic X5/H. It is an ideal choice for UAVs, robotics, and industrial applications. The HB6 Pro offers robust performance, ensuring accurate positioning even in the most demanding environments.

  • HB9

    HB9

    The M9 AsteRx-m3 Pro+ is a versatile, high-performance GNSS receiver board offering multi-frequency, multi-constellation satellite tracking for accurate positioning in the most challenging environments. It integrates Septentrio’s best GNSS technologies, providing exceptional performance as both a base station and a rover receiver. Features include heading and pitch/roll measurements, AIM+ anti-jamming, and a low-power design.

  • Linnet Mosaic-X5

    Linnet Mosaic-X5

    Linnet Mosaic-X5 is a multi-band GNSS RTK module designed for precise positioning. It is based on the powerful Septentrio Mosaic-X5 platform; it supports all major GNSS constellations, advanced correction services, and robust performance even under challenging conditions. Lightweight, portable, and equipped with USB-C connectivity, the Linnet is ideal for both rover and base station use. Linnet facilitates high-precision navigation and automation of moving machinery in industries. It is an idea and suitable for a wide range of personal applications tailored to individual customers.

  • M-2 GNSS Board

    M-2 GNSS Board

    The M-2 GNSS Board utilizes the powerful Septentrio Mosaic-X5 module to deliver accurate and reliable positioning data for UAVs, robotics, and other applications. Our GNSS board can easily integrate with a variety of systems. It is an ideal choice for developers and manufacturers seeking high quality GNSS solutions in their related fields.

  • Mosaic Click

    Mosaic Click

    $650.00

    Mosaic Click is a compact add-on board featuring the Mosaic-X5 GNSS receiver. With multi-band tracking, AIM+ interference mitigation, and seamless mikroBUS™ compatibility, it’s ideal for robotics, autonomous systems, and precision navigation applications.

  • Mosaic-X5 CAN GNSS

    Mosaic-X5 CAN GNSS

    The Mosaic CAN GNSS is a compact and high-performance L1/L2/E5 RTK receiver with integrated CAN connectivity. It features 100Hz updates and advanced interference mitigation, making it the perfect choice for UAVs, robotics, and earth science applications. This lightweight solution is designed to power your projects seamlessly

  • RB3 AsteRx-m3 Pro+

    RB3 AsteRx-m3 Pro+

    RB3-AsteRx-m3 Pro+ is an advanced GNSS receiver board by Septentrio, offering multi-frequency, multi-constellation tracking, excellent RTK accuracy, and integrated GNSS+ technologies. It features AIM+ advanced anti-jamming, anti-spoofing capabilities, and industry-leading performance in size, weight, and power (SWaP). It delivers unparalleled positioning reliability and precision for diverse range of applications, from autonomous systems to geospatial mapping.

  • simpleRTK3B Heading

    simpleRTK3B Heading

    The simpleRTK3B Heading is an advanced dual-band RTK GNSS receiver designed for high precision and navigation. Based on the Septentrio Mosaic-H, similar to the simpleRTK3B Heading from Ardusimple, it delivers centimeter-level positioning accuracy and sub-degree heading, making it ideal for surveying and advanced UAV applications. It includes features such as microSD data logging and optional native Ethernet functionality, ensuring seamless integration with platforms like Arduino, Pixhawk (via JST), Raspberry Pi, Nvidia Jetson, and STM32 Nucleo. Suitable for demanding projects, the simpleRTK3B Heading offers up to 50 RTK updates per second, ensuring exceptional performance in dynamic environments.

  • simpleRTK3B Micro

    simpleRTK3B Micro

    The simpleRTK3B Micro is a compact and high-precision GNSS receiver featuring Septentrio Mosaic-X5 & Mosaic-H technology. Its easy integration, robust performance, and versatile applications make it ideal for RTK projects in surveying, UAVs, robotics, and agriculture.