Discover Apogee Series

Apogee Series is a line of high performance and highly versatile MEMS inertial navigation systems.
The Apogee line divides into a comprehensive set of three sensors: an AHRS, an INS with an external GNSS receiver, and an INS that embeds a dual antenna, triple-frequency survey-grade GNSS receiver.

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Highly accurate inertial navigation systems

Our Apogee Series integrates the latest technology to deliver impressive orientation and navigation accuracy for real time and post-processing operations. From shallow to deep water surveys the Apogee is ideal for multibeam sonar compensation with its ultra low noise measurements. It provides realtime heave that adjusts auto automatically to the Sea condition and delayed heave for higher accuracy.

It is the right choice for aerial mapping, remote sensing and photogrammetry with stable outputs even in vibrating and difficult conditions.

The Apogee series makes high accuracy INS affordable for all surveyors.

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Apogee product range

Our product range offers a comprehensive suite of high-performance and versatile inertial navigation solutions. The Apogee Series offers distinct options and is thoughtfully designed to meet diverse application needs.
Discover everything you need to know about all Apogee versions.

Apogee A AHRS Unit Right

Apogee-A

Apogee-A is based on the robust and cost-effective MEMS technology and provides precise orientation and heave data.
AHRS GNSS Heading (external) 5 cm Heave 0.008 ° Roll and Pitch
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Apogee-A
Apogee E INS Unit Right

Apogee-E

Apogee-E is an INS that provides accurate orientation in dynamic conditions as well as heave, surge and sway data.
INS External GNSS receiver 5 cm Heave 0.008 ° Roll & Pitch
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Apogee-E
Apogee D INS Unit Small Right

Apogee-D

Apogee-D is an all-in-one INS/GNSS which embeds an RTK and PPP ready GNSS receiver for applications where space is critical but high performance required.
INS Internal Geodetic dual antenna 0.008 ° Roll & Pitch 0.02 ° Heading
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Apogee-D

Test reports & documentation

Our products come with comprehensive documentation, designed to support users at every step. From installation guides to advanced configuration and troubleshooting, our clear and detailed manuals ensure smooth integration and operation.

Test Report – Performance in GNSS-denied Marine & submarine applications Evaluation of our INS across a range of performance levels, focusing on their performance in dead reckoning scenarios with and without DVL aiding.

Additional Products & Accessories

Discover how our solutions can transform your operations by exploring our diverse range of applications. With our Motion and Navigation sensors and software, you gain access to state-of-the-art technologies that drive success and innovation in your field.
Join us in unlocking the potential of inertial navigation and positioning solutions across various industries.

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Qinertia GNSS-INS

Qinertia PPK software delivers advanced high-precision positioning solutions. Qinertia delivers reliable, centimeter-level positioning for geospatial professionals, supporting UAV mapping, mobile surveying, marine operations, and autonomous vehicle testing—anywhere, anytime.
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Splitted Cables SBG Product

Cables

SBG Systems offers a comprehensive range of high-quality cables designed to streamline the integration of its GNSS/INS sensors across various platforms. From plug-and-play split cables that simplify installation, to open-ended cables allowing custom connectivity, and GNSS antenna cables ensuring optimal signal quality, each solution is built for reliability and performance in demanding environments. Whether for UAVs, marine vessels, or embedded systems, SBG’s cable options provide flexibility, durability, and seamless compatibility with its navigation sensors.
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GNSS Antennas

GNSS Antennas

SBG Systems offers a selection of high-performance GNSS antennas optimized for seamless integration with our INS/GNSS products. Each antenna is carefully tested and validated to deliver reliable positioning, robust signal tracking, and enhanced performance in diverse environments.
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