Precision Autonomy For Every Mission

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Autonomy Means Nothing Without Navigation

We know that without precise, real-time navigation, your assets risk mission failure and operational delays. Whether navigating autonomous vehicles through electronic warfare zones or guiding loitering munitions, operating in GPS-denied or contested environments demands a solution that doesn’t compromise on accuracy, space, or sole dependence on satellite signals.

Pinpoint Accuracy Across Air, Land and Sea

When GPS is unavailable or compromised, your autonomous vehicles require pinpoint accuracy across air, land and sea. Our inertial navigation systems (INS) deliver continuous, high-fidelity positioning and orientation data, ensuring your platforms navigate confidently and reliably in the most demanding operational scenarios.

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FAQs

How easily can your INS integrate with our existing autonomous platforms?

Our systems are designed with flexible interfaces and a modular architecture, enabling fast, low-effort integration into a wide range of unmanned ground, aerial, or maritime vehicles. Our ease of integration is predicated upon our systems being designed to be universally compatible.

Are your INS products suitable for platforms with strict SWaP constraints?

Compared to other systems with similar performance, our INS products are built to deliver high-performance in more compact, lightweight, and power-efficient solutions, making them ideal for space-restricted and payload-limited autonomous vehicle navigation.

How does your INS maintain reliable navigation in GPS-denied environments?

Our INS maintains reliable navigation in GPS-denied environments by using self-contained sensors such as accelerometers and gyroscopes to continuously track its position, velocity, and orientation through dead reckoning. While prone to drift over time, its accuracy is enhanced through high-quality components and advanced sensor fusion that integrate data from complementary velocity and position sensors, providing continuous navigation without reliance on external signals. This makes it crucial for applications in environments where GPS is unavailable, jammed, or spoofed.

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Latest Defense News

Advanced Navigation Supports Rheinmetall with Australia’s Largest-Ever Defense Export

Advanced Navigation Supports Rheinmetall with Australia’s Largest-Ever Defense Export

Advanced Navigation has finalized a multi-million deal with Rheinmetall Defence Australia to supply fiber-optic gyroscope (FOG) inertial navigation systems (INS), for integration into Rheinmetall’s Boxer Combat Reconnaissance Vehicles (CRV).

12 December 2024

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Hanwha Selects Advanced Navigation in $8.7 Million Deal for GNSS-Degraded Navigation

Hanwha Selects Advanced Navigation in $8.7 Million Deal for GNSS-Degraded Navigation

Advanced Navigation, a global leader in assured positioning navigation and timing (APNT) technologies, has finalized an AUD $8.7 million deal with Hanwha Defence Australia (HDA). Under the deal, Advanced Navigation will supply HDA with 138 Boreas D70 units, a strategic-grade digital fibre-optic gyroscope (DFOG) inertial navigation system (INS), as part of the LAND 400 Phase 3 program.

23 September 2024

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Hanwha Defence Australia, Hanwha Aerospace and Advanced Navigation Sign MoU to Propel Military Navigation Technology Forward

Hanwha Defence Australia, Hanwha Aerospace and Advanced Navigation Sign MoU to Propel Military Navigation Technology Forward

Australia, September 11 2024 – Advanced Navigation, a world leader in assured positioning navigation and timing (APNT) technologies, with Hanwha Aerospace and Hanwha Defence Australia (HDA), global leaders in spacecraft engines, aircraft components and defense solutions, have signed a Memorandum of Understanding (MoU) to co-develop strategic-grade APNT solutions.

11 September 2024

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The Critical Role of Inertial Navigation in Armored Combat Vehicles: Ensuring Precision in GNSS-Denied Environments

Inertial Navigation: Empowering Armored Combat Vehicles in GNSS-Denied Environments

With low-cost GPS jamming and spoofing technologies becoming widely available, relying solely on GPS for navigation has become an increasingly risky option for armored combat vehicles. Despite the dangers, many defense fleets around the world remain ill-equipped to navigate effectively through contested environments where GPS is compromised.

3 September 2024

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Laser Velocity Sensor (LVS): A High-Accuracy Velocity Aid for GNSS-Denied Navigation

The Laser Velocity Sensor (LVS) is a new class of navigation technology developed by Advanced Navigation that uses infrared (IR) lasers to measure a vehicle’s ground-relative 3D velocity with extraordinary accuracy and precision.

30 March 2025

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U.S. Veterans to Drive a New Era of Defense Innovation

Advanced Navigation is expanding its footprint in the United States by tapping into one of the nation’s most invaluable assets: its military veterans.

8 April 2025

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