Filament winding method, filament winding device and filament winding machine

A filament winding method for filaments with a thickness of more than 68 tex, with at least one filament capture step, in which the provided, filament is captured by a filament capturing unit, which generates at least one tensile force on the filament and conveys the filament at a first conveying speed, and with at least one initial filament winding step, in which the filament to be wound is initially wound onto a winding spool unit, wherein in the initial filament winding step, the filament already captured by the filament capturing unit is brought into contact upstream of the filament with the rotated winding spool unit, such that a second conveying speed is exerted on the captured filament by the rotation of the winding spool unit, wherein the first conveying speed and the second conveying speed are of different magnitudes, wherein a ratio of the second conveying speed and the first conveying speed is selected such that, as a result of the contact and as a result of the rotational movement of the winding spool unit, the filament forms a loop whose arc points in the direction of an entry point of the winding spool unit at which the incoming filament/the filament provided by a filament generating device meets the winding spool unit.