// Mission Partnership
| Level | Support | Commitment |
|---|---|---|
| Lvl_01 | Hull Placement Logo branding on the vessel hull and official website recognition. | �100 |
| Lvl_02 | Sail Branding Prominent logo on the rigid sail and primary website placement. | �300 |
| Lvl_03 | Media Partnership Large logo on sail, website, and sponsorship credit in the YouTube mission documentary. | �800 |
Traditional research is expensive and carbon-heavy. By removing the crew, SAILONE operates at a fraction of the cost with zero risk to human life.
Wind is our engine; solar is our brain. Using a rigid sail allows for infinite endurance. 100% of solar energy is dedicated to powering scientific sensors and satellite uplink.
Functioning as an autonomous mobile laboratory, SAILONE captures high-fidelity $CO_2$ flux data at the Air-Sea Interface. We bridge the critical "data gaps" left by static buoys and expensive research vessels.
Continuous logging of SST (Sea Surface Temperature) and ambient air temperature. This allows us to track the "Atlantic Heat Engine"�the thermal energy exchange driving global weather patterns.
Using precision optical sensors, we map chlorophyll distribution and phytoplankton health. These microorganisms are the foundation of the marine food web and produce 50% of Earth's oxygen.
Measuring UV-A and UV-B radiation levels. By correlating cloud density with solar absorption in the upper ocean layer, we provide raw data for advanced climate feedback modeling.
Real-time mapping of wind speed, direction, and barometric pressure. This data defines the "Wind Stress" on the ocean surface, a primary driver of global current circulation.
Measuring surface current velocity and water speed. By tracking hydrological movement across the 970km route, we create a digital "kinetic twin" of the Atlantic Data Corridor.
A builder and ocean enthusiast dedicated to making marine research accessible. My goal is to create an "Atlantic Data Corridor" that operates 24/7 without the massive carbon footprint of traditional vessels.
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