The principal characteristic is the specific quality of movement and steering of these vehicles. The final result is a craft that flies over the water surface at an unusual high speed, with an exceptionally small turning cycle, high manoeuvrability and an aggressive flexibility, a high level of stability, reliability and safety, and which shows a powerful design and an unknown extreme cruise speed.

The manoeuvrability at any speed, even taking curves, allows maintaining the control of the movement in all moment, resulting in one of the most safest transports.

The drift is limited, which has a favourable result on the energy consumption of the propulsion motors, and which enables a broad operational area and a big radius.

The resistance at the start is quickly getting reduced and by higher speed stability increases. These crafts don't jerk and don't roll. While taking curves, they are precisely steer able, even at extremely small turns.

"The dynamic stability” is on to the basis of the invention of the vehicles. The technology is based on the “Internal Dynamics” (I.D.) that represent the organisation of all forces, internal as well as external, that influence the vehicle by means of the configurations of form, matter and energy. This situation brings about a dynamic equilibrium in the vehicle. The “Internal Dynamics” aim at getting the natural centre under control and at keeping it so during all phases of operation. It concerns the full control of the dynamic centre that influences the vehicles.

So directing the equilibrium by a creative, variable propulsion power, combining the aerodynamics and the hydrodynamics in a dynamic stability. This means that accelerating and sudden stopping is possible at any speed or turn in any direction alike; this increases spectacularly the manoeuvrability of theses vehicles. What is so new or special about this technology? The substantial advantage compared to other marine craft is obtained by manipulating gravity and by creating these powers on the structure of the vehicle. Its extraordinary aerodynamic properties contribute to its very great stability, manoeuvrability and agility. It allows maintaining the control of the movement in all moment. The final result is a craft that flies over the water surface, with an exceptionally small turning cycle, high manoeuvrability and flexibility, a high level of stability, reliability and safety, and which shows a powerful design and an unknown cruise speed. The drift is limited, which has a favourable result on the energy consumption of the propulsion motors, and which enables a broad operational area and a big radius. The resistance at the start is quickly getting reduced and by higher speed stability increases. These crafts don’t jerk and don’t roll. While taking curves, they are precisely steer able, even at extremely small turns.