THE TOP MODEL WITH WORLD CUP HAND FINISH.
An aramid honeycomb core as well as a torsion box made of paulownia and alder wood transforms the RX10 Classic into a light and fast competition ski. The distinctive rebound guarantees an energy-efficient stride.
Thanks to skin technology and the performance grind by hand, this ski convinces with optimal kick, without waxing. Boasting the new Kästle Mint design, the RX10 Classic Skin also catches the eye with its looks.
| For whom: | Men's/Unisex |
| Type of cross-country skis: | Classic |
| Type of cross-country skier: | Racer |
| Type of route: | Always on trail |
| Color: | Black, Green |
| Climbing zone: | Skin |
| Steel edge: | No |
| Binding Plate: | IFP |
| Including binding: | No |
The HOLLOWTECH is the major product innovation that Kästle is presenting to mark the brand‘s return in 2007. The patented core technology eliminates unnecessary layers in the tip to make the shovel lighter and the ski damper. The result is quicker response, smoother handling, maximum edge grip, more precise steering and, last but not least, reduced weight. To this day, HOLLOWTECH is the most recognizable feature of every Kästle Ski. The technology has been refined many times and has received awards just as often. HOLLOWTECH 2.0 is the first adaption of the core technology. The size of each HOLLOWTECH is uniquely adapted to the shovel design of each ski.
Nowhere is survival harder than in nature – and the solutions Kästle applies here are fittingly sophisticated. Bees, with their hexagonal-shaped honeycomb, have developed a very stable structure that results in maximum strength for minimal material input. That is why the core of a Kästle ski is made using the honeycomb principle and natural materials. It reduces weight to a minimum and simultaneously increases stability. It also maintains good flex and results in explosive rebound underfoot.
The honeycomb structure is encased in a torsion box made of ultra-lightweight paulownia wood, which is called UL WOOD. It ensures optimum torsional and flexural rigidity at minimal weight.