The Wave & Current Radar is being continuously developed to meet the latest modern requirements. In fact, it is now available as an IoT-enabled sensor. This means that it is truly plug-and-play only needing power and an internet connection to give secure access to immediate, real-time data about the ocean state.
Easy access to data, anytime, anywhere
It is a dry sensor which does not require the maintenance and related costs of a buoy
Easy installation, all you need is power and internet to get started
High data reliability and availability
How Does It Work?
The wave and current radar observes the ocean surface in a semi-circle at a distance of 180-450 meters, depending on the installation height which is typically 25-80 meters. The selected frequency of operations ensures a very high degree of penetration through precipitation and sea spray and provides accurate measurements in harsh weather situations of any kind.
What Makes the Miros Wave & Current Radar Unique?
It is the only sensor in the world which utilizes a dual footprint pulse Doppler method for wave measurements as well as a microwave dual frequency method for measuring surface current. It has been verified for accuracy and high reliability in a number of independent comparisons. The Miros wave and current radar provides the same data quality as a high-performance buoy but the dry SM-050 has a higher availability.
Discover How Equinor Future-Proofed Their Sea State Monitoring
With Miros’ Dry, Cloud-Integrated Wave & Current Radar
Equinor’s choice of a dry, Cloud-integrated wave & current radar from Miros helps them create significant operational and cost efficiencies, mitigate risk, and future-proof their approach with cutting-edge digital technology.
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The advent of our “as a service” offering makes Miros Cloud an ever more central part of what makes us tick. As a result, we felt it was important to answer some key questions about the security of this feature.