News

Orca3D is excited to present research at the XI International Conference on Computational Methods in Marine Engineering. Co-authored by Orca3D’s Larry Leibman, this paper explores high-fidelity CFD simulations used to optimize the design and maneuvering of high-speed vessels, specifically the U.S. Coast Guard’s 47FT Motor Lifeboat. By leveraging advanced simulation techniques, including a new propeller force model, this research provides key insights into improving vessel performance and maneuverability. Join us at MARINE 2025 to learn more about the future of marine design.

We’re excited to announce the release of Orca3D Version 3.1.7, packed with powerful new features and performance improvements. Highlights include Conditional Flooding for more accurate compartment modeling, a new Curves of Form analysis for streamlined stability reports, and enhanced reporting options for better data control. Plus, several critical bug fixes ensure smoother operations. Upgrade today to unlock these exciting updates and take your marine design projects to the next level!

Orca3D is honored to be an official technical partner of the International Monohull Open Class Association (IMOCA), providing essential tools for the design and analysis of the cutting-edge IMOCA 60 boats. These high-performance vessels, designed for the toughest offshore races like the Vendée Globe, rely on Orca3D’s advanced stability analysis and seamless integration with Rhino3D to ensure optimal performance and safety. In this post, we explore the groundbreaking collaboration between Orca3D and IMOCA, and how our software is helping shape the future of offshore racing by enabling the design of faster, safer, and more resilient vessels.