Carbone Bottle Cage
9 Grams Or Less - Ideal For Lightweight Enthusiasts
Maximum durability despite ultralight construction. The new xFKin3D winding technology enables a performance weight that is unrivaled to date.
The design of the bottle cage is designed for maximum function. The result is a characteristic and at the same time ascetic form.
The bottle cage maximizes the characteristic of the high tensile load of carbon. The entire component consists of a seamless fiber strand.
Perfection - Made in Germany
The winding technology in combination with the lightweight material combines the best of both worlds. The result is a durable bottle cage in ultralight construction.
ADVANCED AEROSPACE TECHNOLOGY
The technology to process carbone as a strand was originally developed for motorsports and aviation technology.
However it soon became clear that the obvious advantages of heavy loads combined with light weight could also be used in cycling.
The result is a bottle holder in the revolutionary xFKin3D design with unrivaled power-to-weight ration and bionic design.
Thanks to its design, the bottle holder is so flexible that the bottle can not only be inserted and removed in the classic way, but also clipped forwards out of the cage – unique for a bottle holder.
STRENGTH TO WEIGHT RATIO
The entire holder consists of only two components: carbon fiber and synthetic resin. The shape is created solely by the approximately 4 meter long carbon filament.
This is impregnated with synthetic resin and cured after completion of the winding by baking. The use of only two components saves weight while supporting the durability and corrosion resistance of the cage.
Because the fibers are always arranging slightly different during the production process, every Carbone bottle holder is unique.
The result is a high-strength, extremely flexible carbon cage, which holds each bottle tightly and keeps it close at hand in every situation.
The 9 grams of weight make the bottle holder unrivaled.
The winding allows to work without cutting. There are no weak points in the component due to processing.
There is no cutting during production. The production is therefore free of waste.
During manufacture, the tool is rotated around all axes to seamlessly process the fiber. Result is the bionic form.
Without producing waste and material only wher it is needed the technology sets new standards.