Unisex Nordic Racing Skis Delta Comp Skating
In order to add a product to the wishlist, please select a size
Ft 149.720,84
With no bindings
Unisex Nordic Racing Skis Delta Comp Skating
In order to add a product to the wishlist, please select a size
Ft 149.720,84
With no bindings
- Free standard shipping. See more
- Free return within 30 days. See more
- Find out the collection in store
- Need assistance? Contact us
Level
Beginner
Expert
Step up to race-proven skate performance. The Delta Comp Skating is designed for athletes and expert skiers looking for a responsive training or racing ski. It features the same lively World Cup-proven core as our X-ium line but with a large, accessible sweet spot that opens it up to a broader range of skiers. The ski is compatible with the Turnamic® binding system for the most natural ski flex and snow feel.
Ultralight Feel
Nomex® Honeycomb core features ultra-lightweight aramid fibers in a honeycomb shape with a high strength-to-weight ratio for powerful, elite-level performance
Easy Handling
Activ Cap offers a balance of torsional rigidity and supple flex from tip to tail for all conditions stability
Ultralight Feel
Nomex® Honeycomb core features ultra-lightweight aramid fibers in a honeycomb shape with a high strength-to-weight ratio for powerful, elite-level performance
Easy Handling
Activ Cap offers a balance of torsional rigidity and supple flex from tip to tail for all conditions stability
SKU: | RHMCQ01000 |
Nordic - Base tuning | K7000 |
Nordic - Plate | IFP |
Nordic - Ski - construction | Activ'Cap & Extended edge |
Nordic - Ski - Core | Honeycomb |
Ski - Sidecuts dimensions | 40 - 44 - 43 - 43 |
Ski - Sidecuts dimensions | 40 - 44 - 43 - 43 |
Weight | 640g/ ½ pair (size 186) |
HONEYCOMB STRUCTURE
Our ultra-lightweight HONEYCOMB constructions offer excellent compression characteristics and strength-to-weight ratio for powerful and precise racing performance.
ACTIV CAP
Our ACTIVE CAP construction combines ROSSICAP and multi-directional fiberglass for a supple flex from tip to tail to glide over uneven terrain and increased torsional rigidity for enhanced control.