A state-of-the-art material used in DUOTONE brand kitesurfing kites. It is five times more tear resistant than its predecessors and has a weight reduction of 15%. This results in a more precise, sporty kite feel. The PENTA TX also features high stiffness, which is particularly beneficial in strong winds, as it leads to less deformation of the entire kite structure.

TRINITY TX technology is an advanced fabric developed by Duotone Kiteboarding in collaboration with Teijin, a leading supplier of polyester fabrics and sailing materials for marine sports. TRINITY TX is a canopy fabric in a 3x2 configuration, which means a three-by-two yarn combination. This material is distinguished by its particular durability and dynamic use.

The Hybrid Flex Strut is a structural solution that combines rigidity with controlled flexibility in critical areas of the equipment. By utilising different materials or their arrangement, this component responds dynamically under load, improving stability and smoothness of operation. The result is better force transmission and greater comfort in variable conditions.

Trailing edge battens are stiffeners fitted to the trailing edge of a wing or sail, which stabilise its profile during flight. They help to reduce fabric flutter at higher speeds, resulting in better control and efficiency. Thanks to them, the trailing edge retains its optimal shape even under varying loads.

The lightweight design is based on the use of low-density materials whilst maintaining adequate strength and rigidity. This helps to reduce the product’s weight, resulting in easier manoeuvrability and greater user comfort. This solution also improves performance and control during use.

Instant Bar Feedback is a solution that ensures immediate, precise signal transmission between the controls and the equipment, without delays or power loss. This gives the user a direct sense of the response, resulting in better control and greater operational efficiency. The system improves dynamics and allows for a quicker response to changing conditions.

Optimized Shape Retention ensures that the material retains its original shape even under intensive use and in varying conditions. Thanks to its design and the properties of the material, it minimises deformation, resulting in stability and consistent performance. This solution extends the product’s lifespan and helps it retain its properties for longer.