Drifting Data Buoy

Drifting Data Buoy

Drifting Data Buoy (DDB) system was developed by Frankstar to monitor wave, temperature, salinity, underwater acoustic, and air–sea interface elements. By using high-precision sensors and multi-channel acquisition technology, Frankstar Drifting Data Buoy (DDB) system enable reliable multi-parameter observations from the surface to hundreds of meter depth, supporting both drifting and fixed deployments. Wave Elfs and Drifting Wind Monitor Buoy can operate in both drifting and mooring method for stable, long-term wave measurements, with data transmitted in real time via Satellite, GSM, HF and other communication methods.

Mooring Data Buoy

Mooring Data Buoy

Frankstar Mooring Data Buoy (MDB) system is an intelligent ocean observation buoy platform. It enables all-weather, continuous, real-time in-situ monitoring of meteorology, hydrology, water quality, ecology and other marine parameters. With excellent industrial design and high payload compatibility, the buoy supports flexible sensor configurations. The top platform accommodates meteorological, communication, positioning, and navigation safety equipment, while instrument wells allow integration of advanced hydrological, water quality, and ecological sensors. Collected data will be transmitted to Frankstar MEINS (Marine Equipment Intelligent Networking System) platforms or the users’ own system in real time via satellite, GSM, HF, and other communication options, enabling convenient remote access, visualization and saving.

Sensors

Sensors

The Wave Sensor is a next-generation solution for real-time ocean wave monitoring. Based on a nine-axis acceleration principle and advanced proprietary algorithms, it accurately measures wave height, period, and direction.

WHAT WE DO?

FRANKSTAR TECHNOLOGY GROUP PTE was Established in 2019 in Singapore. We are a technology and manufacturing company that is engaged in marine equipment sales and technology service.

Focus on integrated systems for environmental monitoring in all aquatic environments, from inland waters and rivers to shallow coastal waters and full ocean depth.