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High Precision Integrated INS970 Positioning Navigation GNSS in GPS-denied Area

High Precision Integrated INS970 Positioning Navigation GNSS in GPS-denied Area

Offshore oil and gas operations are critical to global energy production, but they come with unique challenges. From deep-sea exploration to maintaining infrastructure in remote and hazardous environments, ensuring safety, efficiency, and reliability is complex. Poseidon INS970 High-Precision Integrated Navigation System combines fiber optic gyroscopes (FOG) and MEMS accelerometers with multi-system satellite navigation (GPS, BDS, GLONASS, Galileo) to deliver unmatched accuracy and reliability.

Poseidon’s high-precision subsea navigation and positioning systems as well as advanced imaging solutions provide accurate, real-time data to improve subsea navigation and asset inspections

Offering real-time data such as heading, attitude, speed/velocity, position, angular rate, and acceleration, it ensures seamless navigation in diverse environments. With a compact design, low power consumption, and support for external sensors (e.g., odometers, DVL, USBL), INS970 aerospace, UAVs, and marine engineering surveying.

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    Integrated GNSS INS970 Positioning Navigation GPS-Aided Solution

    Operating in deepwater and challenging subsea environments makes precise positioning and navigation difficult. Extreme depths, unpredictable currents, and lack of visibility can compromise safety and efficiency, leading to costly delays and potential damage to equipment.

    An all-new generation of super ruggedized, fully integrated, combined INS + AHRS + BSD IMU-based Attitude & Heading Reference System (AHRS) + optional embedded Air Data Computer (ADC) high performance strap-down system. It determines position, velocity, vertical and horizontal displacements, and absolute orientation (Heading, Pitch and Roll) for any device on which it is mounted. Horizontal and Vertical Position, Velocity and Orientation are determined with high accuracy for both motionless and dynamic applications.

    Offshore exploration, maintenance, and decommissioning are costly, and managing these expenses while maximizing productivity is a constant challenge. Exail's solutions optimize workflows, reduce delays, and improve productivity, driving cost savings without compromising performance.

    Main Parameters

    Dimensions

    160mm×132mm×117mm

    Weight

    3kg

    North-seeking Accuracy

    0.05°*secφ (RMS)

    Heading Accuracy

    0.05°

    Attitude Accuracy

    0.01°(RMS)

    Position Accuracy(GNSS failure)

    0.8nm/h(CEP)

    Key Benefits at a Glance

    High Precision & Reliability: Delivers real-time, accurate navigation data in dynamic environments. Advanced, extendable, embedded Kalman Filter based sensor fusion algorithms. State-of-the-art algorithms for Land, Aerospace and Maritime applications.

    Compact & Low Power: Small footprint and energy-efficient design for easy integration.

    Multi-System Compatibility: Supports GPS, BDS, GLONASS, Galileo, and ground-based augmentation systems for centimeter-level accuracy.

    Optimized Navigation: Features multi-mode navigation and enhanced pure inertial positioning for environments with satellite signal loss (e.g., tunnels, overpasses).

    Customizable Integration: Rich interfaces and protocols allow for customization to meet diverse application needs.

    Enhanced Capabilities: Supports external sensors such as odometers, DVL, and USBL for advanced assisted navigation with GNSS measurements and IMU raw data for post processing.

    Perfect Applications for:

    Unmanned Aerial Vehicles (UAVs) and Unmanned Surface Vehicles (USVs)

    Attitude/Orientation Reference Systems and Multi-Beam Attitude Sensing

    Strategic Missile Guidance and Radar Antenna Stabilization

    Servo Tracking & Inertial Navigation

    Railway Track Inspection Vehicles

    High-Speed Rail Track Inspection

    Electro-Optical Pods & Mobile SATCOM

    Unmanned Vehicles (Drones, Ships, etc.)

    Whether for military, aerospace, or industrial automation, with Wide Dynamic Range and High Impact Resistance, INS970 offers precision, reliability, and compactness in one cutting-edge solution. Elevate your navigation solution everyday!

    Why Choose Poseidon INS970?

    Multi-Industry Ready

    Exceptional bias stability, low angle random walk, and superior scale factor linearity. Ideal for defense, autonomous vehicles, robotics, and smart infrastructure.

    Lower Total Cost

    Reduced maintenance (no moving parts) and 50,000+ hour lifespan cut downtime. It’s perfect for integration into systems where space and weight are limited. Offers the performance of high-end gyros at an affordable price.

    Versatile

    Ideal for a wide range of uses, from inertial navigation and servo tracking to unmanned vehicles and railway inspection. Suitable for a wide range of military and industrial applications.

    Choose the INS970

    Future-Proof Performance: High-Precision Integrated Navigation System INS970 is engineered to deliver future-proof performance, combining advanced technology with robust design to meet the evolving demands of modern navigation. Its upgradable firmware ensures the system remains at the forefront of technological advancements, while modular interfaces, such as RS422, CAN, and others, provide flexibility for seamless integration across diverse applications. Built to endure challenging conditions, INS970 is designed to withstand vibration, shock, and harsh environments, ensuring unmatched durability and long-term reliability.

    By FogsinsTO KNOW MORE ABOUT Us, PLEASE CONTACT US!

    • info@navigationins.com
    • Unit 1406a, 14/F, The Belgianbank Building, Nos. 721-725nathan Road. Mong Kokhong Kong

    Our experts will solve them in no time.