Coming Soon ⏳

Plastic Odyssey II: The Future Restoration Vessel

We have proven that remote marine cleanups are possible. Now we must prove they can scale. The world’s most biodiverse marine sanctuaries are accumulating plastic at alarming rates. Many are too remote, too logistically complex, and too costly to reach with conventional vessels. Our current ship was retrofitted for exploration. The next one is designed for restoration at scale.

Engineering the next generation of marine restoration

The current Plastic Odyssey vessel demonstrated that remote cleanups are possible. The next ship is designed to make them scalable, measurable, and repeatable.

This future 60-meter sail-assisted vessel is conceived from the keel up as dedicated restoration infrastructure, combining cargo capacity, scientific capability, and marine robotics in a single integrated platform.

Built for Scale

Unlike the current retrofitted research vessel, the new ship is engineered specifically to:

  • Transport up to 250 metric tons of collected marine plastic per mission cycle
  • Operate as a true cargo platform capable of handling bulk debris
  • Sustain long-range missions in isolated marine sanctuaries

By integrating cargo design with field operations, the vessel enables large-volume removal in regions where logistics are traditionally the limiting factor.

Designed for Precision Operations

Restoration at scale requires more than transport. It requires accuracy. The vessel incorporates dedicated systems for:

  • Deployment and recovery of underwater robotics and aerial drones
  • High-resolution mapping and debris assessment
  • Controlled sorting and material handling workflows
  • Diver-supported and robotics-assisted interventions

This configuration transforms the ship into an operational base capable of combining cleanup, monitoring, and site assessment within a single mission cycle.

A Floating Research Platform

The vessel includes integrated laboratory facilities to host multidisciplinary scientific teams. Onboard infrastructure allows for:

  • Sample collection and preliminary analysis
  • Environmental monitoring
  • Pre- and post-intervention ecosystem assessment

This enables restoration efforts to be documented rigorously and contributes to evidence-based protection strategies.

Low-Emission, Long-Range Navigation

The propulsion architecture prioritizes wind-assisted navigation supported by hybrid auxiliary systems and renewable energy integration.

This design reduces fuel dependency while preserving ocean-crossing capability and operational autonomy in remote regions.

From Mission to Infrastructure

This vessel marks a transition from proof of concept to structured restoration capability. It is the first step toward a future fleet of specialized ships capable of:

  • Accessing remote marine sanctuaries
  • Removing significant volumes of plastic debris
  • Supporting scientific research
  • Contributing to long-term ecosystem recovery

The objective is not simply to build a larger ship. It is to engineer a platform capable of redefining how large-scale marine restoration is executed.

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    Plastic Odyssey Fund is a California Nonprofit Public Benefit Corporation recognized as tax-exempt under Section 501(c)(3) of the U.S. Internal Revenue Code (EIN: 99-4899981). Contributions are tax-deductible for U.S. donors and support programs in the U.S. and abroad through affiliated Plastic Odyssey entities, in accordance with U.S. nonprofit law.