Boson: the record-hunter

The Boson is a wing designed for experienced pilots who fly actively and often, are familiar with the behavior of reflex wings and have mastered them perfectly. The recommended minimum is 300 hours of paramotoring and at least 50 hours of annual flying.

It was designed with competition and record-hunting in mind. The Boson boasts a considerable speed range, precise handling and high efficiency.

The Boson is the worthy heir to our Hadron Cabrio, often at the top of the podiums. The 3D appearance and plan form remain similar. Many design solutions are new. From the length of the lines to the design of the bottom surface and the chock. These modifications are the result of feedback from Hadron Cabrio pilots. Among other things, the risers have been fitted with a speed system and shortened. This has a positive influence on the wing's agility and take-off behaviour.

Steering

When climbing, the wing settles smoothly and shows no tendency to overtake the pilot. The FET (Flexi Edge Technology) system ensures quality inflation. It also protects against high-speed collapses. The design also incorporates other effective means of load distribution, linked to Dudek's latest sewing techniques.

Compared with our Hadron Cabrio, the Boson needs less engine power. Nevertheless, the Boson requires a certain amount of pilot attention in turbulence. Nevertheless, it remains safe and stable. For piloting comfort, it's important to adjust the length of the brake lines precisely, depending on the suspension height of the paramotor or trike. The steering system itself consists of our renowned and efficient 2D steering with TCT handles, plus additional TSTs for accelerated flight. As standard, you can choose between three levels of steering pulleys and anchoring magnets. As a result of these improvements, operation of the steering system is very simple and intuitive.

The Boson, like all Dudek wings, is made entirely in Europe, in our Polish factory, so that we can oversee every stage of its sophisticated production process.