Precision Radar Performance

Our inertial navigation systems (INS) can be the backbone of your radar’s ability to accurately track, stabilize and maintain orientation during GPS-denied or contested conditions, backed by ease of integration into existing platforms.

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Without Stabilization, Tracking Becomes Guesswork

We know that maintaining precise accuracy in fast-moving or GPS-denied scenarios is one of the toughest challenges faced by modern radar systems. Your radars must continuously align with narrow targets, despite constant motion, shocks, and environmental interference. Without stable navigation and orientation, your radar’s effectiveness in target identification or tracking can be severely compromised.

Stable Alignment and Accurate Tracking

Our inertial navigation solutions deliver real-time position, velocity, and orientation data with absolute precision. We know that even minor movements or vibrations can disrupt a narrow radar beam – thus our INS is engineered to counteract these disturbances, ensuring stable alignment and accurate target tracking. With reliable performance in GPS-denied environments, our INS provides you with resilient radar solutions.

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Why Wait Months to Deploy Your Radar System?

Our INS solutions offer you a SWaP-C optimisation and plug-and-play integration into existing platforms with ease. Moreover, our INS stands apart with a speed-to-market, ITAR-free offering for pointing radar systems and a modern interface that simplifies your deployment. We aim to deliver you high-performance defense capabilities without long lead times or complex integration overheads.

Your Defense Solutions

Our products are designed to operate in any environment, regardless of sensor drop out or degradation.

Boreas D70 & D90

Revolutionary FOG technology, ultra-fast north seeking, industry-leading SWaP-C and tested to MIL standards.

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FAQs

What are the key factors in your INS design that ensure reliability across varying conditions?

Our INS products are designed for robust performance across various challenging environments such as shock, vibration and extreme temperatures, accompanied with the ability to operate in GPS-denied environments. Our designs have been tested across multiple platforms and scenarios to deliver consistent performance for your radar systems.

What level of integration support do you offer to ensure seamless compatibility?

Our team provides direct technical support, including documentation, integration guidance, and expert advice to align with your radar system’s architecture, timing, and mechanical constraints. Along with our exceptional products, we can proudly provide you with a global team with quick response times and a personalized approach to your requirements.

What level of accuracy can your INS solutions offer for stabilizing and pointing our radar beam?

Our products deliver precision and accuracy that would translate to excellent beam stabilization and radar pointing for your military radar systems, leading to improved target tracking and engagement performance in tactical scenarios.

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Latest Defense News

Are You Sacrificing Radar Deployments Due To INS Constraints?

The INS is critical to your mobile radar system's performance. Explore how our ITAR-free FOG INS delivers reliable accuracy with low SWaP-C.

13 October 2025

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Advanced Navigation Expands Boreas Digital Fibre-Optic Gyroscope Range with New A Series

Advanced Navigation expands Boreas range of digital fibre-optic gyroscopes with new A Series products (A70 and A90).

11 July 2023

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Advanced Navigation Expands U.S. Presence With Appointment of Global Head of Defense

United States, August 2024 – Advanced Navigation, a world leader in Assured Position, Navigation and Timing (APNT) and autonomous systems, has expanded its defense arm in the U.S. through the appointment of Wayne Prender as Global Head of Defense.

4 September 2024

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