Technos Foil

Fiber Glass Front Wing Technology

The wings, partly made of fiberglass, are thick to ensure easy takeoff. This thickness naturally makes them rigid, and the use of carbon fibers is not justified across the entire wing; we only apply them to critical areas, such as near the connections.

These wings have no flex. Fibers are oriented along multiple axes to lock in bending and torsion, ensuring maximum responsiveness.

Thanks to pre-impregnated fibers, we can guarantee optimal resin usage, providing perfect cohesion at the lightest weight possible.

Each layer of pre-impregnated fiber is carefully hand-assembled around a high-density hydrophobic foam core, in a steel mold.

The mold is then subjected to high pressure and heated to 150°C to solidify the fibers. The foam core, seeking to expand under the heat, ensures even compression between the layers, guaranteeing a strong and durable structure.

Durability and repairability are at the heart of our development philosophy. Our foils are tested and proven by dozens of team riders, hundreds of employees, and thousands of customers worldwide. Even in case of damage, our products can be repaired multiple times, ensuring exceptional longevity.

Front Wing Carbon HM Technology

High Module Carbon offers unparalleled rigidity, representing the pinnacle of performance in our most advanced wings and masts, which face the most demanding structural constraints.

By combining High Module with Intermediate Module, we offer the best performance at the best price.

The products have no flex, the fibers are oriented along multiple axes to lock in bending and torsion, ensuring maximum responsiveness.

Thanks to pre-impregnated fibers, we can guarantee optimal resin usage, providing perfect cohesion at the lightest possible weight.

Each layer of carbon is carefully hand-assembled around a high-density hydrophobic foam core, in a steel mold. A central stiffener is integrated to increase rigidity without compromising on lightness.

The mold is then subjected to high pressure and heated to 150°C to solidify the carbon. The foam core, seeking to expand under the heat, ensures even compression between the carbon layers, ensuring a strong and durable structure.

Durability and repairability are at the heart of our development philosophy. Our foils are tested and proven by dozens of team riders, hundreds of employees, and thousands of customers worldwide. Even in case of damage, our products can be repaired multiple times, ensuring exceptional longevity.

Pro Clear Front Wing Technology

Carbon fiber is the Holy Grail of composite materials. Its use allows for the creation of products with high technical constraints. This enables both thickness reduction and increased rigidity, providing more speed and responsiveness in navigation.

These wings have no flex. Fibers are oriented along multiple axes to lock in bending and torsion, ensuring maximum responsiveness.

Thanks to pre-impregnated fibers, we can guarantee optimal resin usage, providing perfect cohesion at the lightest weight possible.

Each layer of carbon fiber is carefully hand-assembled around a high-density hydrophobic foam core, in a steel mold. A central stiffener is integrated to increase rigidity without compromising on lightness.

The mold is then subjected to high pressure and heated to 150°C to solidify the fibers. The foam core, seeking to expand under the heat, ensures even compression between the layers, guaranteeing a strong and durable structure.

Durability and repairability are at the heart of our development philosophy. Our foils are tested and proven by dozens of team riders, hundreds of employees, and thousands of customers worldwide. Even in case of damage, our products can be repaired multiple times, ensuring exceptional longevity.

Carbon HM Stab Technology

High Module Carbon offers unparalleled rigidity, representing the pinnacle of performance in our most advanced wings and masts, which face the most demanding structural constraints.

By combining High Module with Intermediate Module, we offer the best performance at the best price.

The products have no flex, the fibers are oriented along multiple axes to lock in bending and torsion, ensuring maximum responsiveness.

Thanks to pre-impregnated fibers, we can guarantee optimal resin usage, providing perfect cohesion at the lightest possible weight.

Each layer of carbon is carefully hand-assembled around a high-density hydrophobic foam core, in a steel mold. A central stiffener is integrated to increase rigidity without compromising on lightness.

The mold is then subjected to high pressure and heated to 150°C to solidify the carbon. The foam core, seeking to expand under the heat, ensures even compression between the carbon layers, ensuring a strong and durable structure.

Durability and repairability are at the heart of our development philosophy. Our foils are tested and proven by dozens of team riders, hundreds of employees, and thousands of customers worldwide. Even in case of damage, our products can be repaired multiple times, ensuring exceptional longevity.

Fiber Glass Stab Technology

The wings, partly made of fiberglass, are thick to ensure easy takeoff. This thickness naturally makes them rigid, and the use of carbon fibers is not justified across the entire wing; we only apply them to critical areas, such as near the connections.

These wings have no flex. Fibers are oriented along multiple axes to lock in bending and torsion, ensuring maximum responsiveness.

Thanks to pre-impregnated fibers, we can guarantee optimal resin usage, providing perfect cohesion at the lightest weight possible.

Each layer of pre-impregnated fiber is carefully hand-assembled around a high-density hydrophobic foam core, in a steel mold.

The mold is then subjected to high pressure and heated to 150°C to solidify the fibers. The foam core, seeking to expand under the heat, ensures even compression between the layers, guaranteeing a strong and durable structure.

Durability and repairability are at the heart of our development philosophy. Our foils are tested and proven by dozens of team riders, hundreds of employees, and thousands of customers worldwide. Even in case of damage, our products can be repaired multiple times, ensuring exceptional longevity.

Stab Pro Clear Technology

Carbon fiber is the Holy Grail of composite materials. Its use allows for the creation of products with high technical constraints. This enables both thickness reduction and increased rigidity, providing more speed and responsiveness in navigation.

These wings have no flex. Fibers are oriented along multiple axes to lock in bending and torsion, ensuring maximum responsiveness.

Thanks to pre-impregnated fibers, we can guarantee optimal resin usage, providing perfect cohesion at the lightest weight possible.

Each layer of carbon fiber is carefully hand-assembled around a high-density hydrophobic foam core, in a steel mold. A central stiffener is integrated to increase rigidity without compromising on lightness.

The mold is then subjected to high pressure and heated to 150°C to solidify the fibers. The foam core, seeking to expand under the heat, ensures even compression between the layers, guaranteeing a strong and durable structure.

Durability and repairability are at the heart of our development philosophy. Our foils are tested and proven by dozens of team riders, hundreds of employees, and thousands of customers worldwide. Even in case of damage, our products can be repaired multiple times, ensuring exceptional longevity.

Carbon HM Mast Technology

High Module Carbon offers unparalleled rigidity, representing the pinnacle of performance in our most advanced wings and masts, which face the most demanding structural constraints.

By combining High Module with Intermediate Module, we offer the best performance at the best price.

The products have no flex, the fibers are oriented along multiple axes to lock in bending and torsion, ensuring maximum responsiveness.

Thanks to pre-impregnated fibers, we can guarantee optimal resin usage, providing perfect cohesion at the lightest possible weight.

Each layer of carbon is carefully hand-assembled around a high-density hydrophobic foam core, in a steel mold. A central stiffener is integrated to increase rigidity without compromising on lightness.

The mold is then subjected to high pressure and heated to 150°C to solidify the carbon. The foam core, seeking to expand under the heat, ensures even compression between the carbon layers, ensuring a strong and durable structure.

Durability and repairability are at the heart of our development philosophy. Our foils are tested and proven by dozens of team riders, hundreds of employees, and thousands of customers worldwide. Even in case of damage, our products can be repaired multiple times, ensuring exceptional longevity.

Carbon Pro Clear Mast Technology

Carbon fiber is the pinnacle of composite materials. Its use allows for the creation of products with high technical constraints, enabling both thickness reduction and increased rigidity, thereby offering more speed and responsiveness in navigation.

These masts have no flex. Fibers are oriented along multiple axes to lock in bending and torsion, ensuring maximum responsiveness.

Thanks to pre-impregnated fibers, we can guarantee optimal resin usage, providing perfect cohesion at the lightest weight possible.

Each layer of carbon is carefully hand-assembled around a high-density hydrophobic foam core, in a steel mold. A central stiffener is integrated to increase rigidity without compromising on lightness.

The mold is then subjected to high pressure and heated to 150°C to solidify the fibers. The foam core, seeking to expand under the heat, ensures even compression between the layers, guaranteeing a strong and durable structure.

Durability and repairability are at the heart of our development philosophy. Our foils are tested and proven by dozens of team riders, hundreds of employees, and thousands of customers worldwide. Even in case of damage, our products can be repaired multiple times, ensuring exceptional longevity.

Carbon Full HM Mast Technology

The High Module Carbon offers unparalleled rigidity, representing the pinnacle of performance in our most advanced wings and masts, which face the most demanding structural constraints.

This 100% High Module construction emphasizes performance. This fiber with extraordinary properties allows us to create bold and technically complex shapes.

The products have no flex; fibers are oriented along multiple axes to lock in bending and torsion, ensuring maximum responsiveness.

Thanks to pre-impregnated fibers, we can guarantee optimal resin usage, providing perfect cohesion at the lightest weight possible.

Each layer of carbon is carefully hand-assembled around a high-density hydrophobic foam core, in a steel mold. A central stiffener is integrated to increase rigidity without compromising on lightness.

The mold is then subjected to high pressure and heated to 150°C to solidify the carbon. The foam core, seeking to expand under the heat, ensures even compression between the layers of carbon, guaranteeing a strong and durable structure.

Durability and repairability are at the heart of our development philosophy. Our foils are tested and proven by dozens of team riders, hundreds of employees, and thousands of customers worldwide. Even in case of damage, our products can be repaired multiple times, ensuring exceptional longevity.

Fuselage Pro Titanium Technology

This Pro fuselage is cut from high quality materials. The titanium version is machined with a 3 axial CNC for maximum precision. The machine time is considerable. But starting from a block of metal makes it possible to use the best material to obtain a very resistant foil.

The titanium technology is “indestructible”.

The fuselage is milled with a 3 axial CNC from a block of the highest quality titanium for clockwork precision. The titanium version is drilled in its length to be lighter because titanium is a very heavy metal. The remaining thicknesses are nevertheless much stronger than the aluminium version which is already super strong.

Our R&D as well as our Quality Control guarantee you products of the highest quality. Firstly because our engineers based in South Brittany, France, are the first users. Their passion for our sports coupled with their qualifications have enabled us to create a unique research center in the world.

Our position as world leader in foiling is no coincidence. Our 3D simulations, our countless technical and technological prototyping, our state-of-the-art tools, our 100% GONG factory, our tests with the Pro Team which is among the most efficient, the thousands of feedback from our customers and our Ambassadors, and a ultra involved shaper designer: these are the key elements among many others that allow us to manufacture exceptional foils.

Several years ago, we were at the origin of the creation of the first foil factory in Asia, which today produces the “prestige” brands. 18 months of intense work and dozens of tools developed. Three years ago, we launched a new 100% GONG factory which allows us to produce more parts and keep our developments and technologies secret, to offer you the best of foils.

We want to offer low prices without ever cutting corners on quality, and refined products without ever diminishing performance in each program: we know what we are doing from A to Z. We do not sell foils designed by a freelancer, we do not do not sell marketing concepts. We do thorough, serious and innovative work to create efficient and solid foils at an unbeatable price.

Pro Alu Fuselage Technology

This Pro fuselage is cut from high quality materials. The aluminium version is machined with a 3 axial CNC for maximum precision. The machine time is considerable. But starting from a block of metal makes it possible to use the best material to obtain a very resistant foil.

The aluminium technology offers the best strength/lightness ratio, at a nice price.

The fuselage is milled with a 3 axial CNC from a 6061 aluminium block of the highest quality for clockwork precision. The aluminium is then heat treated in T6 to provide outstanding durability.