CODAR Ocean Sensors, Ltd., the global leader in high frequency (HF) radar systems for ocean surface current and wave monitoring. The world’s experts in HF radar theory and system design, including all hardware and software.

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The CODAR Ocean Sensors SeaSonde® high frequency (HF) Radar System for Continuous Surface Current Mapping & Wave Monitoring of Coastal, Long Range, and High Resolution Continuous, wide-area Ocean Observations.

2024年11月6日 · CODAR (Coastal Ocean Dynamics Applications Radar) is used for near-surface ocean monitoring, such as waves and water current. Commonly becomes a source of interference for amateur radio operators.

SeaSonde® - Continuous Surface Current Mapping & Wave Monitoring System by CODAR Ocean Sensors is a compact, non-contact surface current and wave measurement system for making continuous, wide-area ocean observations of real-time data, with ranges up to 200 km.

An HF-radar system can measure surface currents with a spatial resolution of 1-6 km with a maximum range of 200 km. The higher spatial resolution, the lower the range. Currents are acquired every hour. All the HF-Radars used in the Mid-Atlantic are the SeaSonde manufactured by Codar Ocean Sensors.

CODAR Ocean Sensors' patented technologies, including our processing algorithms, allow the SeaSonde to produce extremely accurate 2-D surface current velocity maps and meausres the most important wave parameters.

Abstract: NOAA has developed a shore-based HF radar system that maps ocean surface currents out to 60 km from shore. Currents are derived from the Doppler shift of radar echoes from 6-m ocean waves, whose phase speed is altered by underlying currents.

Codar Ocean Sensors' patented technologies, including its processing algorithms, allow the SeaSonde to produce extremely accurate 2-D surface current velocity maps and measures the most important wave parameters.

High frequency radar is used by ocean researchers to measure surface current velocity fields near the coast. A Hf-radar system can measure surface currents averaged over 15 minutes as far offshore as 70 km. The resulting surface plots provide a much higher resolution in space than previous techniques like current meter arrays.

CODAR (Coastal Ocean Dynamics Applications Radar) is a technology that allows the measurement of surface ocean current velocities at a distance using the Doppler shift of reflected radio waves. The term “CODAR” is frequently used as a generic term, but it is strongly associated with CODAR Ocean Sensors , a California company that ...

CODAR Ocean Sensors, Ltd., the global leader in high frequency (HF) radar systems for ocean surface current and wave monitoring, and developers of the SeaSonde®. The world’s experts in HF radar theory and system design, including all hardware and software.

CODAR Ocean Sensors, Ltd., the global leader in high frequency (HF) radar systems for ocean surface current and wave monitoring, and developers of the SeaSonde®. The world’s experts in HF radar theory and system design, including all hardware and software.

CODAR (Coastal Ocean Dynamics Applications Radar) is a technology that allows the measurement of surface ocean current velocities at a distance using the Doppler shift of reflected radio waves. The term “CODAR” is frequently used as a generic term, but it is strongly associated with CODAR Ocean Sensors , a California company that ...

CODAR’s work on HF Radar wave monitoring began decades ago 1971 ~ Wave monitoring capability of HF radar discovered. 2005 ~ Empirical model-fitting approach developed, still used today

The Unique Nature of HF Radar from CODAR Ocean Sensors - The world’s experts in HF radar theory and system design, including all hardware and software. Providing product research, design, manufacturing and support.

2008年1月1日 · Based on simplicity and compactness, this low-powered coastal radar is used for mapping surface currents, monitoring sea state and dual-use ocean surveillance, thus filling a gap in coastal measurement technology.

Use Up/Down Arrow keys to increase or decrease volume. High frequency radar aids coastal ops.