Discover Apogee Series

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

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Apogee product range

Our product range offers a comprehensive suite of high-performance and versatile inertial navigation solutions. Apogee Series was thoughtfully designed to meet diverse application needs, featuring distinct options.

Discover everything you need to know about all Apogee versions.

Apogee-A

The 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

Accurate heading when connected to an external GNSS receiver.
With very low noise gyroscopes, low latency, and high resistance to vibrations.
The internal Extended Kalman Filter fuses in real-time inertial and GNSS data.
It features a professional PTP (Precise Time Protocol) grand master clock server as well as an NTP server.

Apogee-E

The Apogee-E version 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

Accurate Navigation with external GNSS
With very low noise gyroscopes, low latency, and high resistance to vibrations, it provides precise orientation and position data.
Synchronize several LiDAR and cameras sensors over Ethernet to better than 1 microsecond.
Apogee-E connects to any survey grade GNSS receiver for navigation and aiding equipment such as odometer or DVL.

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 GNSS dual antenna 0.008 ° Roll & Pitch 0.02 ° Heading

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Apogee-D

Ultimate accuracy for high precision application such as aerial survey.
Robust position during GNSS outage.
Easy-to-use Post-processing Software. Sensor configuration is made easy through the modern embedded web interface.
Easy to interface with external sensors: LiDAR, camera, radar.