Naval Architecture

This is the true technological heart of the studio, where naval architecture meets imagination, making the most of cutting-edge technology and innovation in production processes.

Thanks to this winning combination we are able to develop and give concrete shape to our ideas.

Passion And Innovation

Our many years of experience and passion for innovation
have pushed us to invest in the application of new technologies aimed at optimizing the product from the early design stages and estimating its scenarios during
its life. We use our skills in the field of computerized fluid
dynamics (CFD) and finite element modeling (FEM), also
dedicated to composite materials, to optimize the weights and performance of the products we design. This work process also helps us to reduce production costs and at
the same time ensure a high degree of safety.

CFD is of great help to us in the study of high performance hulls. Through the simulation of the keel body immersed in the flow of water, in variable conditions, we are able to model a shape that is as little influenced as possible by resistance and turbulence, thus obtaining maximum performance.
An important variant of analysis for reducing resistance is the study of STEPS, whose contribution acts on lifting and therefore on faster entry into planing. The introduction of these hulls (stapped hull) has revolutionized the recreational and military sectors. high speed Each composite product is designed exclusively, taking into account the adopted construction method. The techniques we most frequently employ involve the use of thermosetting resins through infusion processes or low-temperature pre-impregnated systems. The use of carbon fiber, combined with epoxy resins at room temperature and followed by post-curing at temperatures between 70 and 85°C, has shown excellent results, even for large vessels. high speed

The new integrated foil system represents an evolution in boat design, combining the innovation of foils with the convenience of traditional propulsion systems. It offers an effective way to achieve superior performance and a more comfortable sailing experience, while maintaining the familiarity and reliability of conventional methods. foil - aided By exploiting the principle of the lifting effect there are considerable advantages;
- superior performance
- an increase in stability, even in rough seas
- damping of the pitch motion
- a significant saving on fuel
- reduction of Co2 emissions
- less spray for a drier ride
- safer and more comfortable navigation. Foil - aided