Aeron's Pollux, Octantis and Aldebaran product INS families have field proven reliability and performance and are qualified for the most demanding environments.
Pollux is a micro-miniature navigation system designed for unmanned applications. Octantis is our flagship MEMS navigator with 10+ years field legacy and best in class performance in GNSS denied scenarios. Aldebaran is our latest FOG based inertial navigation system featuring closed loop fiber-optic gyroscopes best suited for high vibration environment such as combat vehicles.
Octantis INS by Aeron Systems is a high-performance MEMS-based inertial navigation system with integrated L1/L2/L5 GNSS, supporting all global constellations including NAVIC. Featuring a robust IMU, it delivers exceptional accuracy with <1% distance traveled (DT) error in GNSS-denied conditions when externally aided.
The Octantis 3 (OCT3-NS7700T) represents a cutting-edge, third-generation Rugged Dual Antenna GNSS-aided MEMS Inertial Navigation System. With dual antenna GNSS Compassing, it guarantees uninterrupted heading performance in static and dynamic conditions, making it the top choice for precision pointing and navigation applications.
Inertial Navigation System built around closed loop Fiber-Optic Gyroscopes and high-performance MEMS accelerometers for high vibration environments. The system has integrated multi-band, multi-constellation GNSS receiver and delivers superior performance during extended periods of GNSS outage.
Aeron micro-miniature INS Pollux 3 series is a compact, low-power MEMS-based Inertial Navigation System (INS) designed for precise navigation and control in UAVs, UGVs, and other unmanned systems. It features tri-axial accelerometers, gyroscopes, a magnetometer, and multi-constellation GNSS for accurate position, velocity, attitude, and heading estimates.
Excellent MEMS and FOG sensors for superior GNSS denied performance
A wide array of external aiding options and integrated multi-frequency multi-constellation GNSS receivers
Supported for long operational to mitigate supply-chain disruptions
by Aeron Systems
09 February 2026
by Aeron Systems
Different types of cranes, man lifts, and dump trucks are used across the industry for various applications where movement of material (humans in case of man lifts) is intended. These cranes can be used to carry heavy material as well as human beings from one location to the other or to a specific elevation. Maintaining crane safety is important as any mishap might lead to damage to material or human beings.
by Aeron Systems
An invention of fossil fuel powered vehicles brought about a big shift in our lives. Faster and convenient transportation has improved productivity and has led to accelerated growth in every sector. The focus is now shifting from manned to unmanned transportation. Research has really picked up in the past few years and unmanned vehicles are being used for a variety of critical applications. As the technology evolves, unmanned vehicles are expected to be replacing human-driven vehicles.
by Aeron Systems
Use of robots for domestic as well as commercial purposes is growing rapidly. As the cost of robots goes down and their versatility increases, a lot more of tasks and chores would be performed by robots. Precise and accurate navigational assistance is absolutely essential for robots to function properly and carry out their ordered tasks.
by Aeron Systems
Inertial Navigation System For Mobile robots or autonomous mobile robots are being increasingly used for domestic as well as industrial and other applications. Autonomous Mobile robots are the robots which move from one place to other in order to accomplish a given task. As it is quite intuitive, such robots will certainly need navigational assistance to travel from one point to the other.
by Aeron Systems
Pollux ensures dependable navigation by actively detecting and mitigating GNSS/GPS spoofing and jamming threats in real-time field environments.
by Aeron Systems
Learn how to calibrate Aeron’s INS magnetometers for accurate magnetic field measurements. Discover the causes of magnetic errors, step-by-step calibration using AICS software, and how proper calibration ensures precise navigation and orientation in dynamic environments.
