Titan 2 Connection:
The Titan 2 connection introduces a revised design to deliver even greater efficiency, rigidity, and reliability at the critical junction between the mast and foil.
Building on the compact, stiff, easy-to-assemble format that made the original Titan so effective, the Titan 2 now uses only two M8 screws and benefits from a reinforced structural connection. The result is improved precision and responsiveness, all while maintaining excellent hydrodynamic performance.
Riders will therefore benefit from a more direct feel underfoot, improved pumping, and a stronger connection to the foil in all conditions. This added stiffness also allows riders to stand higher on the mast, which helps reduce drag and optimize glide.
HM Carbon:
The High Modulus Carbon fibre layup is 1.5x stiffer than the regular carbon fibre used in other constructions. The percentage of high modulus fibre has been carefully adjusted to obtain the best stiffness in both bending and torsion while keeping enough comfort for any kind of practice.
Monobloc Front Wing:
Having a stiff and solid assembly between all the parts of the foil is key to making it perform at its best as well as easy to handle.
The connection of the front wing with the fuselage is highly stressed and loaded, so it is one of the critical areas of the assembly in terms of structures.
The Monobloc front wings are molded together with the fuselage in one shot, thereby removing the connection and the chances for unwanted and parasitic movements.
The structural fibres of the fuselage are spread into the wing to achieve the smoothest and lightest connection.
It is also incredibly stiff and provides absolute control at all times, with the foil responding perfectly to all of the riders’ input.
When the overall dimensions are too large for convenient transportation, a connection is set into the fuselage, behind the mast where the loads are smaller.
Pre-Preg Technology:
Pre-preg makes the foils stiffer and stronger. With pre-preg fabrics, the carbon fibre is directly impregnated with epoxy resin by its manufacturer. This guarantees a perfect ratio between epoxy and carbon and represents the highest quality process. It is then cured at high temperature, bringing strength and durability.
Dynamic Structural Design:
Recognizing that the structural design (construction) of a foil is as critical as its geometrical design (shape), F-One applies its Dynamic Structural Design to transform foil performance by tailoring the carbon fibre layup to each foil’s specific program and use.
Through precise definition and control of fibre orientation, quantity, distribution, and type, each foil benefits from the most fine-tuned layup to achieve the desired characteristics, such as enhanced manoeuverability, comfort, stiffness, and pumping efficiency.
By mastering both the shape and the layup, this meticulous approach to foil design ensures that every size and span is optimized to deliver the best possible performance.
