1. Measure sea level and ocean waves
2. Measure the height and length of ocean waves
3. Monitor the current state of the ocean.

• Ship management
• Port construction
• Marine research
• Ship activity schedules
• Community safety

• Ship management
• This system is essential for accurate ship operations, optimizing fuel efficiency, reducing damage to the vessel and cargo, increasing passenger comfort, verifying structural integrity, and reducing uncertainty in weather-related statements.

• Buoy mounted
• Hyd/Met systems
• In-line mooring line with upside down possibility
• Two DCPS sensors connected to one instrument
• Ocean observatory with sensor string
• Bottom mounted
• Multiparameter ocean observations

•  Long deployment time in autonomous operations
• Large storage capacity on removable SD card
• Sensor bus for string systems
• Up to 4 Analog sensor input (0-5V)
• Serial input from sensors from other manufacturers
• Broadband ZPulse® multi-frequency technology reduces power consumption and improves quality
• 300 m, 3000 m and 6000 meter versions

Options

• SeaGuard RCM SW - Depth rating max 300m
• SeaGuard RCM IW - Depth rating max 3000m
• SeaGuard RCM DW - Depth rating max 6000m

• Independent measurement of waves and currents.
• Field validated data-comparison with MOTUS buoy, Datawell Waverider and pressure based non directional wave sensor
• Measures wave from centimeters to 20m
• 2Hz or 4Hz wave sampling
• Processing of up to three columns in parallel, provides flexible setup with both surface referred and bottom referred cells.

• Measurement of meteorological parameters including: wind (wind speed, wind direction), air temperature, humidity, barometric pressure, solar radiation.
• Observation of hydrographic parameters: current (flow profile), wave (wave height, wave period and wave direction).
• Continuous monitoring and monitoring of water quality indicators, including: temperature, conductivity (EC), salinity, turbidity, dissolved oxygen (DO), total amount of algae and blue-green algae (chlorphyll) & blue green alage), fDOM/ CDOM (Fluorescent Dissolved Organic Matter, ratio to Total Dissolved Organic Matter (TOC) parameter), this parameter helps to continuously monitor the discharge of polluted water (if any) into the river/sea), total dissolved solids (TDS).

• Measure pressure, tide level, tidal pressure
• Measure the temperature of the water environment

• For larger buoys, the response to short wavelengths may be suppressed. This can to some extent be compensated for by activating and tuning the build in transfer function.
• The sensor can be placed in non-ideal location on the buoy. The off-center compensation can be enabled to remove the errors that in some cases may be significant.
• Buoys may have magnetic parts affecting wave sensors and other sensors requiring a magnetometer or compass. The MOTUS can receive an external compass directly and utilize this to ensure correct wave direction data.