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From Concept to Performance

Think you know Orca3D?

There’s a lot more beneath the surface.

Design and fair hulls. Analyze hydrostatics and stability. Predict speed and power. Track weight and cost. Evaluate complex stability conditions. Run high-fidelity Marine CFD. Orca3D brings powerful marine design and analysis tools together inside Rhino.

Autonomous workboat underway with Orca3D Marine CFD flow visualization

More than hull design.

Orca3D gives naval architects and marine engineers an integrated workflow for designing, analyzing and optimizing vessels without leaving Rhino.

Design

Hull Design & Fairing

Create, modify, and fair hull geometry using tools developed specifically for marine designers.

Analyze

Vessel Performance

Evaluate hydrostatics, basic stability, speed and power, weight, and cost throughout the design process.

Evaluate

Advanced Stability

Model compartments, tanks, fluid loads, free surfaces, load cases, and stability criteria.

Simulate

Marine CFD

Study resistance, running attitude, free-surface behavior, pressure, wake, and flow.

Built for Real Marine Design

Built for the vessels you design.

From tugboats and fireboats to patrol craft, autonomous vessels and high-speed workboats, Orca3D gives marine professionals practical tools to evaluate critical design decisions earlier.

Advanced Stability

Understand what’s inside the hull.

Orca3D Advanced Stability extends the design workflow into detailed compartmentation, tanks, fluid loads, free surfaces, load cases, and stability evaluation.

See how FARO Industrial used Orca3D to support the repowering of the EDITH FOSS, including vessel modeling, compartmentation, hydrostatics, and stability analysis.

Read the EDITH FOSS Customer Spotlight →
Real Projects. Real Workboats.

Designed for the real world.

Orca3D is used by naval architects, boatbuilders, engineering firms, and marine organizations to solve practical design challenges across the workboat industry.

28-foot Munson Boats PackMan firefighting workboat designed using Orca3D
Fire & Rescue

Munson Boats

Orca3D supports the design workflow for specialized commercial vessels such as this 28-foot firefighting boat designed and manufactured by Munson Boats.

High-performance law enforcement boat designed by Petestep and manufactured by Silverback Marine
Law Enforcement

Petestep + Silverback Marine

See how Petestep used Orca3D Marine CFD during the design of a high-performance law enforcement boat manufactured by Silverback Marine, using simulation to evaluate the vessel’s hydrodynamic performance before it hit the water.

Read the Customer Spotlight →
Orca3D Marine CFD streamline analysis of a Silverback Marine law enforcement vessel
Orca3D Marine CFD

See what the water sees.

Bring high-fidelity hydrodynamic simulation into your design process without requiring a separate specialist CFD workflow.

Evaluate resistance, running attitude, free-surface behavior, pressure, wake, and flow around displacement and planing vessels—all while staying connected to your Rhino-based design workflow.

Explore Orca3D Marine CFD →

Powerful marine analysis. Without leaving Rhino.

✓

Easy to Use

Practical marine engineering tools designed around the way naval architects work.

✓

Accurate Results

Make better design decisions using proven naval architecture and CFD tools.

✓

All Inside Rhino

Keep geometry, analysis, iteration, and visualization connected in one environment.

Explore Orca3D

Ready to see what Orca3D can do with your design?

Take Orca3D for a test drive with a fully functional 15-day evaluation. See how Orca3D can fit into your design and analysis workflows.

Start Your Free 15-Day Trial Talk to an Orca3D Expert →