Frankstar S16m Integrated Ocean Observation Data Buoy – Multi-Parameter Marine,
Frankstar oceanographic equipment, integrated marine observation buoy, multi-parameter hydrological sensor, offshore monitoring buoy, real-time wave observation buoy, S16m ocean buoy, solar powered marine data buoy,

1. Product Advantages

• High-Strength Corrosion-Resistant Hull: Constructed with a durable Fiberglass Reinforced Plastic (FRP) hull body and protected by a robust polyurea coating for extended operational life in harsh marine environments.

• Marine-Grade Structural Components: Built with high-grade 316 Stainless Steel for both the upper mast and lower mounting bracket to effectively resist salt-spray corrosion.

• Solar-Powered Continuous Operation: Features an integrated solar power system (20 W x 3 blocks) combined with lead-acid battery storage up to 300 Ah for reliable, self-sustaining operation.

• Flexible Dual-Mode Communications: Supports short-range communication via GSM/GPRS/4G and UHF/VHF, alongside satellite connectivity for long-distance remote telemetry.

• Integrated Safety & Navigation Suite: Standard equipment includes an AIS transponder, navigation light, lightning rod, corner reflector, water leakage alarm, and out-of-position alarm.

• Comprehensive Parameter Monitoring: Capable of housing diverse sensor arrays for meteorological, oceanographic, environmental, and custom ecological measurements.

2. Manufacturing Process

• Hull Molding & Polyurea Coating: Precision molding of the Fiberglass Reinforced Plastic (FRP) hull, coated with a protective polyurea outer layer for high impact resistance and long-term weatherability.

• Stainless Steel Structural Fabrication: Welding and assembly of the 316 Stainless Steel upper mast and lower support bracket.

• Power System Integration: Installation of three 20 W solar panels, charging controllers, and high-capacity lead-acid battery packs.

• Telemetry & Storage Configuration: Integration of multi-channel wireless transmission modules and 32 GB local data storage modules.

• Safety & Alarm Assembly: Mounting and wiring of the AIS transponder, navigation warning light, lightning protection system, and internal water leakage sensors.

3. Quality Control

• Watertight Integrity Verification: Comprehensive seal testing and internal moisture leakage sensor validation.

• Structural Load Testing: Mechanical strength and dynamic stress evaluation of the 316 Stainless Steel mast and lower bracket structures under ocean wave loads.

• Solar & Battery Performance Testing: Charge and discharge efficiency testing for the 20 W x 3 solar setup and 300 Ah lead-acid battery bank.

• Communication Link Verification: Signal integrity and data throughput testing across GSM/GPRS/4G, UHF/VHF, and Satellite communication channels.

• Navigation & Security Inspection: Functional checks of the AIS transponder, navigation warning light, corner reflector, and GPS geofencing position drift alarms.

4. Product Parameters

Technical Specifications

Measurable Sensor Parameters

5. Product Models

6. Packaging & Transportation

• Packaging: Securely packed in custom heavy-duty ocean export wooden crates with tailored foam buffering for structural and electronic components.

• Transport Logistics: With a diameter of 1.6 m and a hull weight of 153 kg, the S16 model allows straightforward deployment and transport via standard shipping containers, light cranes, or workboats.

• Battery Transport Safety: Fully compliant with international marine and air shipping regulations for lead-acid energy storage batteries.

7. Product Purpose

• Continuous, all-weather, real-time in-situ monitoring of marine meteorology, oceanography, water quality, and ecological conditions.

• Providing high-precision, multi-parameter observational data support for coastal protection, marine scientific research, and ocean engineering projects.

8. Product Applications

• Oceanography & Meteorology Scientific Research: Monitoring marine boundary layer meteorology, sea surface waves, currents, and water temperature dynamics.

• Ocean Engineering & Coastal Development: Baseline environmental monitoring for offshore installations, coastal construction, and port operations.

• Environmental Protection & Ecological Management: Water quality tracking including dissolved oxygen, turbidity, nutrients, algae blooms, and chemical indicators.

• Maritime Transport & Maritime Safety: Real-time environmental awareness, visibility monitoring, and navigation warning assistance in key navigation lanes and harbors.

• Renewable Energy Development: Long-term site assessment and metocean monitoring for offshore wind farms and wave energy farms.

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

Product Overview:
The Frankstar S16m Integrated Observation Buoy is a compact, cost-effective, and highly reliable multi-parameter marine observation platform engineered for offshore, estuary, river, and lake monitoring. Designed and manufactured by Frankstar Technology, the S16m buoy integrates high-precision sensors to deliver real-time, all-weather data collection across meteorological, hydrological, wave, and water quality parameters.

Key Features & Capabilities:

Robust Structural Design: Built with a high-strength glass fiber reinforced plastic (FRP) shell finished with polyurea spray coating, ensuring superior corrosion resistance and long-term durability in harsh marine environments.

Multi-Parameter Real-Time Monitoring: Seamlessly integrates sensors for wave height/direction/period, water temperature, salinity, barometric pressure, meteorology, and noise.

Sustainable Power Supply: Powered by a solar PV charging module paired with a high-capacity energy storage battery, supporting continuous, long-term field operation (months to years).

Flexible Communication: Transmits real-time observational data back to the cloud or user servers via Satellite (Iridium/Beidou), 4G, or HF communication links for rapid processing and scientific analysis.

Easy Maintenance & Deployment: Features a stable floating structure that can be easily deployed via mooring or drifting setups with minimal maintenance requirements.

Applications:

Offshore oceanographic and climate research

Marine environmental protection & water quality tracking

Coastal engineering and naval safety operations