Mooring Wave Data Buoy for Real-Time Oceanographic Monitoring,
Marine Data Buoy, moored wave buoy, Mooring wave data buoy, oceanographic monitoring buoy, offshore wave monitoring, wave monitoring system,

1. Product Advantages

• High-Capacity & Modular Expandability: Supports adding extra sensors for profiling data monitoring (temperature, salinity, underwater acoustics, etc.) tailored to custom research requirements.

• Long Operational Lifespan: High-capacity 340 Ah Lithium Battery Pack ensures reliable continuous operation for up to 12 months in field conditions.

• Robust PE Buoy Structure: Heavy-duty Polyethylene hull (68 kg, Φ936 mm) providing enhanced stability and wave-riding capabilities in harsh offshore environments.

• Versatile Dual-Deployment Modes: Operates seamlessly in both drifting and moored configurations for comprehensive short-term or multi-year oceanographic monitoring.

• Multi-Channel Real-Time Telemetry: Combined short-range (GSM/GPRS/4G, UHF/VHF) and long-range (Satellite) communication options for uninterrupted real-time data delivery.

• Massive Data Storage: Equipped with 32G high-capacity internal memory for complete onboard data redundancy.

2. Production Process

• Precision Hull Molding: Heavy-duty Polyethylene (PE) rotational molding to fabricate a seamless, impact-resistant, UV-stabilized 936 mm hull body.

• Internal Modular Frame Assembly: Reinforced internal chassis installation to securely house the 340 Ah battery system, core controllers, and expansion sensor interfaces.

• Multi-Sensor Assembly & Wiring: Precision integration of wave sensors and optional profiling sensors with IP68 marine-grade underwater connectors.

• Power Management Configuration: High-energy 340 Ah Lithium Battery Pack integration featuring smart battery balancing and protection circuitry.

• Hermetic Sealing & Encapsulation: Dual O-ring sealing and marine-grade potting application to guarantee absolute waterproof reliability under deep wave impacts.

3. Quality Inspection

• Pressure & Ingress Testing: 100% full-immersion hydrostatic pressure and leak checks to guarantee seal integrity in open ocean conditions.

• Sensor Calibration & Testing: Rigorous calibration of wave parameter algorithms (height, period, direction, spectrum) against certified laboratory standards.

• Multi-Channel Telemetry Testing: Real-time transmission verification across Satellite, 4G/GSM, and UHF/VHF radio frequencies.

• Power Load & Burn-In Testing: Comprehensive current draw and discharge testing to ensure 12-month operational endurance.

• Environmental Stress Screening (ESS): Shock, vibration, and thermal stress testing to verify structural durability during transportation and sea deployment.

4. Product Parameters

5. Product Models

6. Packaging & Transportation

• Packaging: Heavy-duty wooden shipping crate with customized shock-absorbing foam lining.

• Transport Compliance: Full UN38.3 packaging certification for compliant air and sea transport of high-capacity Lithium Battery Packs.

• Handling & Logistics: Suitable for vessel deck mounting, standard container freight, or crane-assisted deployment.

7. Product Purpose

• High-accuracy real-time measurement of directional wave data and multi-layer profile monitoring.

• Providing crucial data for marine meteorology, ocean modeling, offshore engineering, and environmental protection.

8. Product Applications

• Directional Wave & Current Measurement

• Scientific Research & Drifting Ocean Observation

• Marine Meteorology, Weather Forecasting & Climatology Studies

• Port & Maritime Traffic Monitoring & Safety Control

• Offshore Design, Operations & Deep Water Monitoring

• Coastal Engineering & Offshore Infrastructure Monitoring

• Oil & Gas Environmental Monitoring

• Offshore Renewable Energy & Wave Energy Studies

• Marine & Freshwater Environmental Monitoring (including Water Quality Studies)

“Data is for reference only; actual conditions shall prevail.”

What Is a Mooring Wave Data Buoy?

A mooring wave data buoy is a fixed-position marine observation platform designed to collect wave and environmental data over extended periods. Secured to the seabed through a mooring system, it provides continuous monitoring at designated offshore or coastal locations.

The Frankstar Standard Mooring Wave Data Buoy is designed for oceanographic and metocean monitoring applications, providing a platform for integrating wave sensors, meteorological instruments, data loggers, and telemetry systems.

Key Features of a Mooring Wave Data Buoy

Wave Monitoring: Collects important wave parameters to support oceanographic research and marine operations.

Meteorological Observation: Supports integration with compatible weather sensors for monitoring marine atmospheric conditions.

Real-Time Data Transmission: Can transmit collected monitoring data through compatible telemetry systems.

Long-Term Deployment: The moored configuration supports continuous observation at fixed monitoring locations.

Data Logging: Stores measurement data for subsequent analysis and environmental assessment.

GPS and AIS Integration: Can support positioning and identification functions when equipped with compatible devices.

Applications of Mooring Wave Data Buoys

Mooring wave data buoys are widely used in offshore engineering, coastal observation, port management, marine meteorological monitoring, and oceanographic research.

They provide valuable environmental information for wave condition assessment, offshore operational planning, marine safety, and long-term ocean observation.

Frankstar Mooring Wave Monitoring Solutions

Frankstar provides oceanographic instruments and marine environmental monitoring solutions for research institutions, offshore operators, and system integrators.

Our standard mooring wave data buoy can be configured according to project requirements and compatible monitoring instruments.

Contact Frankstar to learn more about our mooring wave buoy specifications and discuss your marine monitoring project.