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FS 1621 Multibeam Echosounder
The FS162I is a brand new high resolution multibeamechosounder product series.The ideally selected210kHz frequency provides excellent data quality andease of use over depths from Im to 500m.Equi-Distant
and Equi-Angle modes can be selected from operationsoftware.With comparable performance to that of simi-lar advanced MBEs in the world,the FS162I is perfectlyused in channel dredging,geological survey,coastal andestuary survey,shipwreck salvage and other applications. -
Drifter Data Buoy
Drifter is Frankstar’s intelligent wave observation buoy, equipped with high-precision sensors for waves, temperature, and pressure monitoring, and designed for both drifting and moored deployment. It provides real-time, accurate measurements of wave height, direction, period, sea surface temperature, and sea level pressure . Data is transmitted via Iridium satellite to the cloud for instant access and is also stored locally for retrieval after recovery. Compact, robust, and easy to deploy, the Drifter delivers professional, high-quality ocean data to support marine monitoring,
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Mini Wave Buoy GRP(Glassfiber Reinforced Plastic) Material Fixable Small Size Long Observation Period Real-time Communication to Monitor Wave Period Height Direction
The mini wave buoy is a compact, high-precision oceanographic buoy engineered by Frankstar for high-mobility marine monitoring. Built to deliver reliable, long-term observation of wave dynamics, sea surface physical elements, and environmental parameters, it seamlessly adapts to both free-drifting ocean profiling and fixed-station mooring deployments. Equipped with low-power multi-channel sensor integration, the system continuously captures high-fidelity ocean data and transmits real-time telemetry back to land stations or cloud platforms via satellite, cellular, or radio networks.
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S12 Multi Parameter Integrated Observation Data Buoy
The S12 Multi-Parameter Integrated Observation Data Buoy (Model: FS-MDB-S12) is an intelligent, high-performance ocean observation buoy platform engineered by Frankstar. It enables all-weather, continuous, real-time in-situ monitoring across meteorology, hydrology, water quality, ecology, and other marine parameters.
Featuring excellent industrial design and high payload compatibility, the buoy platform accommodates flexible sensor configurations. The top platform houses meteorological, communication, positioning, and navigation safety equipment, while the structural body and lower frame allow the integration of advanced hydrological and water quality sensors. Collected data can be transmitted to the Frankstar MEINS (Marine Equipment Intelligent Networking System) platform or user-specific management platforms in real time via Satellite, GSM/GPRS/4G, UHF/VHF, and other communication options, enabling remote access, visualization, and cloud storage.
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High Accuracy GPS Real-time communication ARM processor Wind buoy
Wind buoy is a small measuring system, which can observe the wind speed, wind direction, temperature and pressure with the current or in fixed point. The inner floating ball contains the components of the whole buoy, including weather station instruments, communication systems, power supply units, GPS positioning systems, and data acquisition systems.The collected data will be sent back to the data server through the communication system, and customers can observe the data at any time.
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S16 Multi Parameter Integrated Observation Data Buoy
The S16 Multi-Parameter Integrated Observation Data Buoy (Model: FS-MDB-S16) is an intelligent ocean observation buoy platform engineered by Frankstar. It provides all-weather, continuous, and real-time in-situ monitoring across meteorology, hydrology, water quality, ecology, and other marine parameters.
Featuring an optimized structural design and high payload compatibility, the buoy platform supports flexible sensor configurations. The top platform accommodates meteorological, communication, positioning, and navigation safety equipment, while the main hull body and lower bracket allow integration of advanced hydrological and water quality sensors. Collected data can be transmitted to the Frankstar MEINS (Marine Equipment Intelligent Networking System) platform or the user’s own system in real time via Satellite, GSM/GPRS/4G, UHF/VHF, and other communication options, enabling convenient remote access, visualization, and cloud saving.
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S30 Multi Parameter Integrated Observation Data Buoy
The S30 Multi-Parameter Integrated Observation Data Buoy (Model: FS-MDB-S30) is a large-scale, intelligent ocean observation buoy platform engineered by Frankstar. It is designed for all-weather, continuous, and real-time in-situ monitoring across meteorology, hydrology, water quality, marine ecology, and other marine environmental parameters.
With high payload compatibility and an advanced industrial design, the buoy platform supports flexible, multi-sensor configurations. The upper tower platform accommodates meteorological, communication, positioning, and navigation safety equipment, while dedicated dual instrument wells allow seamless integration of deep hydrological, water quality, and ecological sensors. Collected data can be transmitted to the Frankstar MEINS (Marine Equipment Intelligent Networking System) platform or user-specific management platforms in real time via Satellite, GSM/GPRS/4G, UHF/VHF, and HF communication options, providing reliable remote access, visualization, and cloud data saving.
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Radar Water Level & Velocity Station/non-contact radar velocity sensor, radar level and flow velocity station, IoT radar water level velocity measurement, solar powered radar water level velocity station
Frankstar Radar Level Velocity Station adopts non-contact radar measurement technology to achieve high-precision, all-weather and automatic water level data collection for rivers, channels and other water bodies. It effectively overcomes the drawbacks of traditional contact sensors, such as siltation, icing, floating debris impact and biological fouling, ensuring long-term reliable data.
Integrated with a positioning system, 4G/5G communication and a high-efficiency solar power supply system, the Station enables long-term unattended operation in remote field environments without mains power or network coverage, greatly reducing operation and maintenance costs. Collected data is transmitted in real time to the monitoring center or cloud platform, providing a scientific basis for flood control, disaster mitigation, water resource management and ecological protection, while significantly improving emergency response efficiency and the safety of water conservancy facilities.
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Automatic Tide Guage Station/Automatic Tide Gauge Station, radar automatic tide gauge, solar powered automatic tide station, IoT tide level sensor, real-time automatic tide gauge
Frankstar automatic tide gauge station is an automatic telemetry tide and water level monitoring system developed by Frankstar for continuous, real-time observation of water level and water temperature in coastal and inland environments.
Designed for long-term unattended operation, the system provides reliable hydrological data for environmental monitoring, water resource management, and marine applications.
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Frankstar Wave Sensor 2.0 to Monitor Ocean Wave Direction Sea Wave Period Marine Wave Height Wave Spectrum
Introduction
Frankstar Wave Sensor 2.0 is a solution for real-time ocean wave monitoring. Based on a nine-axis acceleration principle and advanced proprietary algorithms, it accurately measures wave height, wave period, wave direction and wave spectrum. Featuring a lightweight, heat-resistant design and ultra-low-power embedded processing, the sensor supports real-time data transmission via RS232 interface and integrates seamlessly with ocean buoys, drifting buoys, and unmanned platforms. Available in Basic, Standard, and Professional versions, it is designed to meet diverse wave observation needs.
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CTD Hydrological Sensor – Conductivity, Temperature and Depth Profiler for Oceanographic and Water Quality Monitoring
Frankstar series CTD (Standard Version) is a professional hydrographic observation instrument. It adopts an integrated direct-reading and self-contained operating mode, featuring high accuracy, low power consumption, and low flow resistance. It can accurately measure temperature, conductivity, and depth in water bodies.
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Frankstar RNSS/ GNSS Wave Sensor
Frankstar RNSS Wave Sensor is a next-generation solution for real-time ocean wave monitoring. Leveraging low-power embedded processing and RNSS positioning technology, it adopts proprietary algorithms to accurately measure wave height, wave period and wave direction. Equipped with lightweight marine-grade housing and standard RS232 interface, the sensor enables seamless integration with ocean buoys, unmanned surface vessels and various offshore platforms. Built-in positioning and timing modules make this RNSS Wave Sensor perfectly suited for marine environmental monitoring, navigation safety, offshore engineering and oceanographic scientific research.
