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Roll and pitch dynamic accuracy of 0.05° Heave accuracy: 5 cm / 5 %
The 6000 series provides high performance 0.02° roll and pitch accuracy
The 9000 series achieves exceptional precision with 0.01° roll and pitch accuracy
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Håkon comes from a background at DNV GL where he worked with offshore and shipping consultancy as well as newbuilding supervision and quality assurance. Håkon joined Norwegian Subsea in 2014.
Chris holds an MSc in Aerospace Engineering and brings extensive commercial experience from the oil & gas, marine, and subsea technology sectors. His career has focused on the industrialisation and commercialisation of emerging technologies. Chris joined Norwegian Subsea in 2021.
Fredrik holds a PhD in Marine Cybernetics with focus on subsea navigation and ROV motion control systems. He previously held engineering positions at Aker and has broad experience from marine and subsea operations. Fredrik founded Norwegian Subsea in 2014.
a section of products variants
The 6000 series, with 0.02° accuracy in Roll & Pitch, is our most versatile MRU due to its high accuracy and is suitable for most applications. This is the recommended MRU for most control applications such as AHC and winch control.
The 3000 series, with 0.05° accuracy in Roll & Pitch, is ideal for most monitoring applications where the main purpose is to collect motion data for analysis or decision making. This model is also suitable for some control applications, such as AHC for smaller vessels with short lever arms to the remote monitoring points.
Precise motion measurements are essential for vessel digitalisation, supporting fuel optimisation, route planning, cargo safety and structural health.
Dynamic positioning (DP) of vessels necessitates roll and pitch compensation of the GNSS antenna to ensure accurate positioning of the ship's control point.
Subsea surveys often demand precise tilt measurements (roll and pitch) for various purposes, such as installation tasks or continuous monitoring of tilt changes and deflections in subsea structures.
Download the latest version of the Norwegian Subsea configurator
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Roll & Pitch accuracy
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“The accuracy, weight, and form factor of Norwegian Subsea MRUs are unmatched.”
"“The accuracy, weight, and form factor of Norwegian Subsea MRUs are unmatched.”"
An Inclinometer measures static tilt relative to gravity using accelerometers. It’s ideal for stationary applications but not suitable for dynamic environments due to its inability to compensate for motion or vibration.
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A gyrocompass determines true north using gyroscopes and Earth's rotation, not magnetism. It’s essential for heading accuracy in marine and aerial navigation, though performance may vary at extreme latitudes.
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50 m depth, IP 68
5 cm or 5.0%
Lemo or SubConn 8 or SubConn 16
Norwegian Subsea works closely with customers to ensure each sensor is configured to meet specific application needs across marine, subsea, offshore, and industrial environments.
RJ45 or RJ50
SubConn 8
Motion monitoring is a cornerstone of safety, operational efficiency, and asset protection in the offshore industry: whether on vessels, platforms, or subsea equipment.
Norwegian Subsea’s Motion Reference Units (MRUs) are designed to deliver real-time data through a combination of high-end MEMS sensors, advanced sensor fusion algorithms, and onboard data processing systems.
An Inertial Measurement Unit (IMU) is an electronic device that uses accelerometers and gyroscopes, and sometimes magnetometers, to measure and report an object's linear acceleration and angular velocity.
A Vertical Reference Unit (VRU) is an advanced device that measures the attitude of an object, specifically its Roll and Pitch.
