SBG Systems Unclaimed

High-performance MEMS inertial navigation systems for precise orientation and navigation.

High-performance inertial sensors delivering reliable navigation and orientation data.

Delivers high-performance orientation and navigation in a compact, lightweight design.

Versatile and high-performance inertial navigation solutions for diverse applications.

High-precision inertial navigation solutions tailored for surveyors and hydrographers.

Enhance precision and reliability in demanding applications with the Pulse Series IMUs.

High-performance GNSS-aided INS providing precise geo-referencing for UAV and land surveying.

Delivers centimeter-level positioning for geospatial professionals in diverse applications.

Achieve centimeter-level positioning with Qinertia's advanced post-processing capabilities.

Enhance integration with a comprehensive range of high-quality cables for GNSS/INS sensors.

High-performance GNSS antennas provide reliable positioning and robust signal tracking in various conditions.

Geospatial Survey And Mapping Firms

Global geospatial survey firms seeking centimeter-grade accuracy and efficient GNSS-INS workflows.

Aerospace And Defense OEMs And Integrators

Global aerospace and defense OEMs and integrators requiring reliable GNSS‑INS under harsh conditions.

Maritime And Hydrographic Operators

Global marine surveyors and operators requiring robust GNSS‑INS with heave compensation.

Unmanned Aerial Vehicle And Remote Sensing OEMs

Global UAV and remote sensing vendors seeking lightweight, high-dynamic navigation sensors.

Navigation and motion-compensation systems that provide heave, attitude, heading, and waterproof GNSS/INS performance for hydrographic and marine survey operations.

GNSS-aided inertial systems and IMUs that enable direct georeferencing, precise orientation, and RTK/PPK workflows for UAV and airborne mapping applications.

Centimeter‑level GNSS/INS positioning and post-processing for land surveying, mobile mapping, and cadastral workflows requiring RTK/PPK and multi-base processing.

High-dynamic, SWaP-optimized IMUs and inertial navigation units for defense, autonomy, and industrial OEMs requiring low-noise gyros, factory calibration, and compact form factors.

Integration components and timing capabilities that ensure reliable GNSS reception, antenna performance, cabling, and precise time synchronization for multi-sensor platforms.

Apogee Series

Apogee Series is a line of high-performance MEMS inertial navigation systems offering precise orientation and navigation. It comprises variants such as Apogee-A, Apogee-E, and Apogee-D, with external GNSS integration options to support real-time positioning and post-processing for geospatial, aerial mapping, and survey applications.

• Provides Accurate Heading
  The use of external GNSS enhances heading accuracy in real-time navigation applications, making it ideal for demanding environments.
• Enables Accurate Positioning
  The EKF process efficiently combines data for improved orientation and positioning accuracy, critical for dynamic applications.
• Ensures Stability and Precision
  These gyroscopes deliver stable measurements even in high-vibration conditions, enhancing overall navigation performance.
• Synchronizes Timing Across Systems
  This ensures that data from multiple sensors remain synchronized, which is crucial for tasks requiring high precision.
• Adapts to Dynamic Conditions
  The system's ability to provide real-time adjustments enhances the accuracy of underwater surveys and marine applications.
• Offers Diverse Options
  Various configurations to meet specific application needs, from aerial mapping to general navigation.

Ellipse Series

Ellipse Series provides a broad family of high-performance inertial sensors, including IMU, AHRS/MRU, and INS options. It supports external GNSS aiding and is suitable for geospatial, surveying, hydrography, and industrial applications. The line is designed for robust, precise motion and attitude data under challenging conditions.

• Delivers High Accuracy
  Utilizing MEMS technology ensures exceptional accuracy in motion sensing, suitable for a wide range of high-performance applications.
• Ensures Precise Positioning
  Integrating external GNSS aids the INS, allowing for consistent and reliable positioning data even in challenging environments.
• Provides Accurate Orientation Data
  The AHRS/MRU features allow for high-accuracy orientation data, essential for various applications in dynamic environments.
• Boosts Sensor Performance
  The firmware upgrade offers improved navigation algorithms and higher output data rates, significantly enhancing the system's capabilities.
• Facilitates Easy Integration
  Designed to support various surveyors and OEM applications, ensuring easy integration into existing systems.

Ellipse Micro Series

Ellipse Micro Series offers sub-miniature MEMS-based inertial systems with an IMU and an AHRS. It is designed for volume projects, delivering high orientation accuracy in a tiny package and includes an Extended Kalman Filter inside the AHRS for real-time attitude and heave estimation.

• Provides Real-Time Attitude Measurements
  The Extended Kalman Filter processes data to give accurate roll, pitch, heading, and heave information, crucial for dynamic applications.
• Enables Easy Integration
  Its lightweight construction facilitates integration into various systems without adding significant bulk.
• Achieves Exceptional Orientation Performance
  Designed for high precision in compact spaces, making it ideal for applications in constrained environments.
• Simplifies Setup Process
  The intuitive sbgCenter interface allows for smooth configuration, ensuring swift deployment.

Ekinox Series

Ekinox Series comprises a range of inertial navigation systems with AHRS, INS, and GNSS options. Ekinox‑A provides AHRS/MRU, Ekinox‑E offers INS with external GNSS and multiple aiding inputs, and Ekinox‑D is an all‑in‑one INS/GNSS with RTK/PPP capability. The family features flexible interfaces and robust performance in harsh environments.

• Ensures Centimeter-Level Positioning
  Combines RTK and PPP capabilities for high-precision positioning vital in survey and industrial applications.
• Provides Accurate Orientation
  Delivers reliable attitude and heading information essential for various navigation applications, ensuring high performance in dynamic environments.
• Enhances Navigation Accuracy
  Utilizes additional aiding systems for improved data accuracy and reliability in challenging environments.
• Supports Seamless Integration
  Allows for easy connectivity with various systems, enhancing operational flexibility across applications.
• Facilitates Diverse Applications
  Optimizes performance and ease of use across a variety of configuration requirements in demanding environments.

Navsight Series

Navsight is a survey-focused inertial navigation solution designed for the geospatial market. It includes Navsight Marine (waterproof GNSS/INS with heave) and Navsight Land-Air (GNSS embedded with RTK performance), and integrates with Qinertia post-processing for enhanced accuracy.

• Provides RTK Performance
  Ensures accurate positioning for land survey applications, leveraging advanced algorithms for enhanced navigation.
• Waterproof Up To 100 M
  Tailored for hydrographic surveys, this feature guarantees performance under challenging marine conditions.
• Integrates With Qinertia
  Streamlines data processing and enhances the accuracy of collected survey data.
• Optimized For Surveying
  Supports diverse survey needs with reliable software integration and advanced inertial sensors.
• Quick Setup
  Enables efficient operation, reducing the time needed for configuration before surveys commence.

Pulse Series

The Pulse Series encompasses a 6 DoF, tactical-grade IMU lineup designed for high dynamics with SWaP-C efficiency. It includes Pulse-20, Pulse-40, and Pulse-80, offering low-noise gyros, wide bandwidth, and factory calibration for bias and axis misalignment.

• Ensures Accuracy
  Factory calibration provides consistent performance across various operating conditions, minimizing errors in measurements.
• Optimizes Performance
  High-dynamic capabilities ensure reliable performance in motion tracking and stabilization, meeting the demands of challenging environments.
• Reduces Impact on Systems
  Low noise levels and high bandwidth allow effective control in dynamic applications, improving overall system accuracy.
• Versatile Solutions
  With multiple models, users can select the Pulse IMU that best suits their specific application needs, from compact to robust options.

Quanta Series

Quanta Series provides GNSS-aided inertial navigation systems (INS) with direct geo-referencing for UAV and land surveying. It includes Quanta Micro for space-constrained applications with single/dual GNSS antenna and Quanta Plus/Extra with RTK/PPK capabilities, ensuring robust performance in challenging GNSS conditions.

• Minimize Errors In Difficult Conditions
  The Quanta Series ensures exceptional performance and reliable navigation even in environments where GNSS signals may be weak or absent.
• Achieve Accurate Positioning
  Provides precise position data for UAV and land-based surveys, enhancing mapping efficiency and reliability.
• Compact Design For Limited Spaces
  Optimized for use in environments where space is limited, making it ideal for various mobile applications.
• Maximize Position Accuracy
  Equipped with advanced GNSS capabilities, Quanta Plus/Extra ensures precise tracking even in challenging navigation scenarios.

Qinertia GNSS-INS

Qinertia GNSS-INS is a high‑precision positioning solution delivering centimeter‑level accuracy for geospatial professionals, supporting UAV mapping, mobile surveying, marine operations, and autonomous vehicle testing anywhere and anytime.

• Ensures Accurate Results
  The software's capability to deliver precise centimeter-level positioning significantly enhances the quality and reliability of geospatial data, crucial for applications like surveying and mapping.
• Facilitates Diverse Applications
  Qinertia GNSS-INS is designed to meet the needs of various sectors, allowing for versatile use cases from UAV to marine surveys, thus increasing operational flexibility.
• Streamlines Data Processing
  The integration of PPK processing enables users to efficiently process GNSS and INS data, providing enhanced accuracy and operational efficiency in challenging environments.
• Enables Remote Workflows
  With cloud processing, users can conveniently manage and analyze their data anytime, streamlining workflows and reducing the need for local hardware.
• Enhances Positioning Reliability
  Utilizing multiple base stations allows for better correction of GNSS errors, significantly increasing overall positioning precision in varied scenarios.
• Simplifies User Experience
  The software's interface is designed for user comfort, enabling both novices and experienced users to operate effectively and efficiently.

Qinertia Post-processing Software

Qinertia Post-processing Software (PPK) offers tightly coupled GNSS/INS post-processing with an intuitive interface, fast processing, a QC toolkit, a base station database, and direct access to ephemeris and correction services to simplify workflows. It also includes a Lever Arm Estimation tool for field calibration.

• Access Precise Corrections
  Ensure reliable positioning by accessing the latest ephemeris and correction data.
• Achieve High-Precision Positioning
  Leverage advanced PPK algorithms to obtain centimeter-level accuracy across applications.
• Automate Calibration Process
  Simplify sensor integration with automatic calibration that reduces potential errors.
• Enhance Data Quality
  Utilize robust QC tools to maintain high data integrity and operational standards.
• Process Data Anytime, Anywhere
  Effortlessly upload and process your data in the cloud for fast, precise outcomes.

Cables

SBG Systems offers a comprehensive range of high-quality cables designed to streamline the integration of GNSS/INS sensors across platforms. Options include plug-and-play split cables, open-ended cables, and GNSS antenna cables for reliable connectivity.

• Streamline Installation Process
  Designed for ease of use, these cables enable quick installation, reducing setup time and complexity.
• Seamlessly Integrate Across Platforms
  These cables are engineered for versatility, ensuring compatibility with various platforms and sensors.
• Ensure Optimal Signal Quality
  These cables guarantee optimal signal reception for reliable GNSS performance across various conditions.
• Facilitate Custom Solutions
  Open-ended design provides flexibility for custom connections, enhancing usability in diverse deployments.

GNSS Antennas

GNSS Antennas are high-performance antennas optimized for seamless integration with INS/GNSS products, tested to deliver reliable positioning and robust signal tracking in diverse environments.

• Enable Seamless Integration
  These antennas are specifically designed for compatibility with SBG’s INS/GNSS products, ensuring optimal performance and installation ease.
• Ensure Reliable Positioning
  Tested rigorously to maintain accuracy and performance even in challenging operational environments, enhancing overall navigation reliability.
• Provide Robust Signal Tracking
  Capable of effectively maintaining signal quality and integrity, crucial for precise positioning and navigation tasks.