The measurement and outfitting of the Formidable 54ft sailboat

Short project presentation

Project overview

In this article, we aim to present to you a comprehensive process of designing, technical preparation, and equipping the interior of a 54-foot sailboat. The project required precise measurements of the internal dimensions of the sailboat to make the most of every available millimeter of space while ensuring functionality and aesthetic appeal of the interior.

Technological approach and innovations

For the realization of this challenging task, MegaCAD / MegaTISCHLERpro software was used, enabling detailed design and technical preparation of production. All interior elements were CNC machined to precisely fit the shape of the sailboat hull, significantly facilitating assembly in the limited space of the boat. This method ensured efficient use of space, demonstrating the value of advanced technologies in the naval design industry.

Measurement process

The key part of the project was a detailed measurement process of the yacht’s interior, performed using an integrated 5MP camera to capture each measurement point. This method allowed for precise mapping of the space and facilitated the interpretation of the collected data. By scanning horizontal and vertical lines, a detailed 3D model of the boat’s hull was obtained, eliminating the need for creating physical templates or adjusting furniture on-site.

Project participants

Project Manager, Contractor, and Flexijet Operator: Nikola Perković, CAD Designer, +385 98 975 9507

The results and conclusion

The interior design project of the sailboat is an excellent example of how technology can be used to optimize space within a boat, making it functional and aesthetically appealing. The successful implementation of CNC processing and 3D measurements enabled precise manufacturing and assembly of interior elements, confirming the importance of digital tools in modern nautical engineering. This project demonstrated the ability of an innovative approach to solving the challenges of limited space while achieving high standards of design and functionality.