ekinox series

Discover Ekinox Series

Ekinox inertial navigation systems show a smart balance of size, accuracy, and price. The Ekinox 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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Ekinox series product range

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

Discover everything you need to know about all Ekinox versions.

Ekinox-A

Ekinox-A is an advanced Attitude & Heading Reference System (AHRS) or MRU (Motion Reference Unit).

AHRS 0.05 ° Heading (external) 5 cm Heave 0.02 ° Roll and Pitch

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Ekinox-A

Ethernet, Serial, and CAN Interfaces
Accurate Heading when connected to an external GNSS receiver.
It combines high end gyroscopes and accelerometers.
Sensor configuration is made easy through the modern embedded interface.

Ekinox-E

Ekinox-E is an inertial navigation system with a smart balance of size, accuracy, and price.

INS External GNSS receiver 5 cm Heave 0.02 ° Roll and Pitch

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Ekinox-E

This highly versatile inertial navigation system provides orientation, heave, and navigation data from external GNSS receiver.
Our INS has been designed to connect up to 4 external aiding systems, including DVL or DMI.
We have developed a dedicated “split” cables to simplify the integration with external equipment.
Embeds an 8 GB data logger for post-operation analysis or post-processing.

Ekinox-D

Ekinox-D is an all-in-one Inertial Navigation System with integrated RTK GNSS receiver ideal for applications where space is critical.

INS Dual antenna RTK GNSS 0.02 ° Roll and Pitch 0.05 ° Heading

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Ekinox-D

This advanced INS/GNSS comes with one or two antennas.
It provides orientation, heave, and centimeter-level position.
Advanced mitigation & indicators, OSNMA ready
In addition, a DVL or an odometer can be connected as velocity aiding inputs.